This portal provides access to training materials related to the space sector for the Swiss community. It includes various training materials from on-site courses, webinars, and online resources. Users can search and filter through the available materials based on their preferences.
Some materials, like on-site training, are scheduled and require attendance on specific days. Online materials can be accessed at any time. Please consult the material provider for further information or sign-up options.
Disclamer: Space Exchange Switzerland (SXS) is not responsible for the accuracy or reliability of any information provided in referenced materials.
Disclamer: The contents on this portal can contain information processed with the help of GPT-4o generative AI. Please verify the information provided by visiting the provider's website.
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Course Title
Online Course
ECSS discipline E-32 Structural (June 2023)
Provider:European Space Agency (ESA)
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Description: The course aims to provide the attendants an overview of the spacecraft structural design, analysis and verification process related to the ECSS Standards, Handbooks and other literature. The following topics are covered: Structural General Requirements, Structural Verification Cycle, Load types and derivation (steady state, low frequency dynamics, high frequency acoustics and structure born vibrations, shock, thermal, constraints, micro-vibrations, etc.), Development Approach (prototype, proto-flight, STM, etc.), Design of Structures (material, processes, assembles, joints, allowable stress/load, etc.), Mechanical Analysis (models, validation, static dynamic, acoustic, stability, thermo-elastic, micro-vibrations, sloshing, system, subsystem, etc.), Damage Tolerance (hardware inspection, analytical verification, specific testing, etc.), Testing (static, modal, sine, acoustic, random, thermal, micro-vibrations, pressures, etc.), Structural requirements flow down, Mechanical Interfaces (Handbooks).
Short course: Compliant Cost Rates and Overheads for ESA Projects
Provider:European Space Agency (ESA)
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Description: This e-learning module contains a recording of the 'Compliant Cost Rates and Overheads for ESA Projects' training session given on the occasion of the virtual Industry Space Days 2020. The presentation is an abridged version of the standard training provided. The presentation is aimed at Financial Managers and Project Controllers of industrial entities, especially Small and Medium-sized Enterprises, wanting to work with ESA. It covers topics such as Industrial Cost Audits at ESA, Detailed Rates calculation, Non-allowable costs, Reasonability criteria, Escalation of Forward Rates, and Rates Agreements.
ECSS Training - Introduction and various standards
Provider:European Space Agency (ESA)
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Description: Learn more about the ECSS standardization system and various standards. Watch the replays of seven training sessions which were delivered on 25-28 March 2019 at ESA/ESTEC. They cover the following ECSS disciplines: Level 1 (introductory training), E-10 System Engineering, M-Management, E-40 Software Engineering, Q-80 Software Product Assurance, E-70 Ground Systems and Operations, U-10 Space Debris Mitigation.
Special communication to Delegations: awareness session about the ESA Whistleblowing System
Provider:European Space Agency (ESA)
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Description: This awareness session about ESA's whistleblowing system is targeted at ESA delegates. The 30-minute presentation addresses the background of the ESA whistleblowing system and the dedicated ESA Policy on Prevention, Detection and Investigation of Fraud that it builds on. It describes the policy's main principles as well as the approach that ESA follows to tackle fraud, and more generally, to engage in financial misconduct prevention and fighting. Topics covered include prevention and awareness, detection and reporting as well as the setting of a dedicated framework for investigation. By following the session, participants will acquire a good understanding of the prevention measures, reporting mechanisms and detailed investigation procedures in place.
Description: This course introduces the ECSS standardisation system. The presentation was held on 8 March 2023. The session focuses on understanding the ECSS standardisation system, needs of space standards, ECSS and the commitment of its members, ECSS organisation, production and approval of standardisation documents in ECSS, ECSS general policies, the ECSS standardisation documentation model, types of ECSS standardisation documents, ECSS documentation structure (branches and disciplines), denomination of ECSS documents, ECSS documents available, the set of ECSS standards as a system, characteristics of individual ECSS standards and requirements, anatomy of an ECSS standard, application in space projects and dissemination of ECSS standards, tailoring, requirement management tool: DOORS, and dissemination of ECSS information.
ECSS discipline U-10 Space Debris Mitigation (2023)
Provider:European Space Agency (ESA)
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Description: This webinar, delivered in March 2023, covers the ECSS discipline U-10 Space Debris Mitigation. The course provides participants with some basic knowledge about ESA space debris mitigation requirements and associated verification of compliance processes: System view of space debris mitigation requirements, its relationships and interfaces, its utilisation and impact on the development of ESA programme and project activities. Understanding of space debris mitigation requirements and associated activities applicable to ESA projects including a brief overview of most commonly performed analyses. Understanding of the compliance verification process of space debris mitigation requirements to establish ITT and project specific requirements. Management of the space debris mitigation engineering programme aspects in space projects. Management and assessment of the implementation of the space debris mitigation programme plans by Prime and Subcontractors. The course addresses space debris mitigation and ECSS-U-AS-10C Rev. 1 (adoption notice for ISO 24113:2019) including the following: Overview of space debris mitigation related to system engineering disciplines. Relationships and interfaces between space debris mitigation and other programmatic/technical disciplines. Utilisation and impact of ECSS-U-AS-10C Rev. 1 on ESA projects. Understanding of space debris mitigation requirements from a system engineering perspective including their flow-down from system to lower levels. Overview of most commonly used space debris mitigation processes, methods, tools and analyses for compliance with requirements. Overview of space debris mitigation issues encountered in the management of space debris mitigation engineering and assurance programs.
Description: This webinar, which took place in March 2023, covers the ECSS discipline Q-80 Software Product Assurance. The following main topics are addressed in the course: Planning and implementation of a software product assurance programme, Software process assurance, including software dependability and safety, software reuse, software configuration management, Software verification and validation, Quality of the software products and processes, including quality models and metrication.
ECSS discipline E-70 Ground Systems and Operations (April 2023)
Provider:European Space Agency (ESA)
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Description: The ground systems and operations staff are key elements of a space system and play an essential role in achieving mission success. The E-70 branch of ECSS covered in this lecture provides a process covering the definition, design, production, verification, validation, post-launch operations and post-operational activities of both ground segment and space segment elements. It also covers the timeline of a typical mission and the other ECSS documents available to support this activity area.
Description: This course was given in March 2023 and introduces the ECSS M-branch. It covers the following documents: ECSS-M-ST-10C Rev.1 – Project planning and implementation, ECSS-M-ST-10-01C – Organization and conduct of reviews, ECSS-M-ST-40C Rev.1 – Configuration and information management, ECSS-M-ST-60C – Cost and schedule management, ECSS-M-ST-80C – Risk management.
Description: Download the presentations given during the SME+Midcap Days on 25+26 April here (day 1 and day 2 SME programme). After a successful registration and log-in, the PDFs can be accessed via the tab 'Resources' in the upper right corner of the page.
ECSS discipline E-20 Electrical and optical engineering (May 2023)
Provider:European Space Agency (ESA)
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Description: The course will provide attendees with a basic understanding of key requirements in ECSS-E-ST-20-C and other E-20 series standards. It aims to better familiarize participants with some of the E-20 standards and enhance their capability to assess RFDs or RFWs with proper knowledge of the underlying rationale. The course is aimed at project system engineers and electrical architects. A reference presentation will be provided to participants in advance to read before the course, followed by a Q&A session and a training presentation.
Description: The ECSS Q-40 (Safety) training course will provide basic knowledge of the ESA safety requirements, approach and policy. This will include the understanding of the interactions between safety and the other programmatic and technical disciplines of ESA projects, the tailoring of the safety requirements to project/mission specific objectives and the overview of the main safety analyses and activities to support the process for the requirements implementation.
ECSS discipline Q-70 Materials, mechanical parts and processes (October 2023)
Provider:European Space Agency (ESA)
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Description: The course will cover the practical relevance of Materials, Mechanical Parts and Processes (MMPP) Product Assurance from the Q-70 ECSS discipline; the associated processes, milestones, risks associated with the omission of requirements, and the benefits of an adequate and timely implementation of requirements in the project and mission context. The course will provide the attendees a basic awareness of necessary engineering activities, decision criteria for the selection of materials, mechanical parts and processes, the identification of general risk areas, information resources, and where to find expert support.
Description: This e-learning course contains the recordings and materials of the 'IP and patents lecture series' that took place in November and December 2022. Intellectual property and patents are strategic tools to be taken into consideration in business decision-making and strategy. In this nine-part series, specialists from the world of patents and IP introduce important concepts and delve into issues such as patents, trade secrets and due diligence.
Description: This e-learning course contains the recordings and materials of the 'IP and patents lecture series' that took place in November and December 2023. Intellectual property and patents are strategic tools to be taken into consideration in business decision-making and strategy. In this nine-part series, specialists from the world of patents and IP introduce important concepts.
Description: Learn more about some of the ECSS Engineering standards and watch the replays of six training sessions which were delivered on 11 - 13 June 2019 at ESA/ESTEC. They cover the following ECSS disciplines: E-32 Structures, E-31 Thermal, E-20 Electric / Electronics, E-33 Mechanisms, E-60 Control Engineering, E-50 Communications.
Short course: Compliant PSS-A forms for ESA projects
Provider:European Space Agency (ESA)
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Description: This e-learning module contains a recording of the "Compliant PSS-A forms for ESA projects" training session given on the occasion of the virtual Industry Space Days 2020. The presentation is an abridged version of the standard training provided. A company participating in an ESA Invitation To Tender (ITT) is required to complete a financial proposal that includes the ESA Procedures, Specification and Standards Forms – known as PSS forms. ESA PSS forms show cost data and are required under the General Conditions of Tender for ESA Contracts (ESA/REG/001, rev.5, Annex IV). The Tender Evaluation Board (TEB) uses this information to conduct a review, comparison and selection from the various tenders received in response to an ITT. The information in the PSS tables is used to break down costs and give transparency to the total price of an industrial proposal.
Description: The IPC-J-STD-001 “Requirements for soldered electrical and electronic assemblies” has emerged as the pre-eminent authority for Electronic assembly manufacturing worldwide. The standard describes materials, methods and verification criteria for producing high quality soldered interconnections. The standard emphasises process control and established industry consensus requirements for a broad range of electronic connections.
Description: This course is designed to help electronic manufacturers achieve the highest quality, productivity, and cost-effective production by ensuring that personnel can correctly apply the acceptability criteria of the IPC-A-610 “Acceptability of Electronic Assemblies” whilst performing visual inspection of PCB’s.
Description: This course provides a detailed description of a best practice process for ESA proposals, based on aerospace industry standards applied in North America and Europe. It will teach an efficient method of selecting and compiling compelling proposals. It also reviews the ESA ITT pack and EXPRO Proposal templates in detail to maximise the chances of a successful proposal response. This interactive course includes a workshop with participants reviewing and compiling a proposal.
Description: This train the trainer program teaches industry approved techniques on through hole and surface mount rework, land conductor and laminate repair. It also provides a flexible highly skilled-oriented training program with teaching materials that enable a qualified representative from your company to train personnel on a variety of procedures from the IPC-7711 'Rework of Electronic Assemblies' and the IPC-7721 'Repair and Modification of Printed boards and Electronic assemblies'.
Description: Nearly everything electronic in the universe depends on the Printed Circuit Board (PCB). For many years, the IPC-A-600 'Acceptability of Printed Boards' document has set the standard for PCB workmanship quality, giving comprehensive acceptance criteria with full colour illustrations and photographs showing all types of printed board surface and internal conditions. Because of its importance to both the PCB manufacturer and assembler, the IPC-A-600 has become one of the most widely used documents ever published by IPC.
Electrical and Optical EngineeringEngineeringProduct/Quality AssuranceSafety and SecuritySpacecraft and Instrument OperationsTendering and Standardization
Description: IPC/WHMA-A-620 is the first industry consensus standard for cable and wire harness fabrication and installation. Classes of products are defined and include criteria for Target, Acceptable, Process Indicator and Defect conditions to support the collection of visual quality acceptability requirements for each class. These criteria are supported by full-colour illustrations. After your trainers are certified to this specification, they will be qualified to teach and certify individuals in the IPC/WHMA-A-620 standard.
Description: This training course introduces the fundamentals of how to successfully engage with the European Space Agency [ESA]. It includes all the practical information required to support a straightforward start to working with ESA, including an introduction to the procurement process; the esa-star system; Tender and Proposal Template documents; IP requirements and PSS cost breakdown forms. Upon completion, course graduates will be ready to engage with ESA in a knowledgeable and efficient manner.
Industry Information webinar about ESA’s new Profit Policy (2023)
Provider:European Space Agency (ESA)
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Description: An online information session for industry about ESA's new Profit Policy took place on 12 April 2023. This e-learning module contains the recording. During the webinar representatives from ESA's Procurement Department and Industrial Audit Services Office provided an overview of the new policy in place, outlining its implementation modalities, including the selection and calculation of the profit rate for an ITT (based on contractual risk and complexity risk which will be explained in detail) as well as the enhanced contractual risk sharing provisions in space projects, i.e. the Management Reserve which consists of the Basic Management Reserve (BMR) and the Subcontractor Management Reserve (SMR). The presenters outlined the purpose of the BMR and SMR, what the reserves cover, how they are calculated as well as which entities are entitled to include BMR and SMR as part of their price and who controls the funds. Examples about the new management reserve scheme were provided, in particular the SMR.
Description: This e-learning module which covers ESA's whistleblowing system is targeted at persons and entities external to ESA, specifically at industry. It contains a 30-minute presentation which addresses the background of the ESA whistleblowing system and the dedicated ESA Policy on the Prevention, Detection and Investigation of Fraud that it builds on. The session describes the policy's main principles as well as the approach that ESA follows to tackle fraud, and more generally, to engage in financial misconduct prevention and fighting. Topics covered include prevention and awareness, detection and reporting as well as the setting of a dedicated framework for investigation. By following the module, participants will acquire a good understanding of the prevention measures, reporting mechanisms and detailed investigation procedures in place. A quiz at the end of the module tests your knowledge and understanding of the content provided. Results are recorded in your Learning Hub user profile.
Description: To do business with entities, ESA has developed a procedure and an associated ESA Costing Software tool called ECOS for aggregating and calculating the price elements of a financial proposals through the entire contractual chain. This e-learning module provides access to the ECOS self-training manual and the associated training support files, through a Video training. ECOS 6, the new version of ECOS is under implementation. Online trainings will be offered free of charge to all companies doing business with ESA.
Description: Learn more about some of the ECSS Product Assurance standards and watch the replays of four training sessions which were delivered on 14 - 16 October 2019 at ESA/ESTEC. They cover the following ECSS disciplines: Q-10 / Q-20 Product and Quality Assurance, Q-40 Safety, Q-60 EEE Components, Q-70 Material, Mechanical parts and processes.
Description: The Fundamentals of GIS course provides a comprehensive introduction to Geographic Information Systems, offering both theoretical insights and practical applications. The course comprises six modules, beginning with an overview of GIS uses, applications, and data types, it progresses through modules exploring spatial data creation, vector and raster layer styling and visualization techniques. Additionally, it offers insights into spatial analysis methods and tools, as well as emerging trends like accessible and collaborative mapping.
Description: This free course, Astronomy: images of the Universe, explores the fascinating world of astronomy through the lens of images. It covers various astronomical phenomena and the techniques used to capture and interpret these images.
Description: Are you fascinated by Geosciences and willing to take the challenge of predicting the nature and behavior of the Earth subsurface? This is your course! In a voyage through the Earth, Geoscience: the Earth and its Resources will explore the Earth interior and the processes forming mountains and sedimentary basins. You will understand how the sediments are formed, transported, deposited and deformed. You will develop knowledge on the behavior of petroleum and water resources. The course has an innovative approach focusing on key fundamental processes, exploring their nature and quantitative interactions. It will be shown how this acquired knowledge is used to predict the nature and behavior of the Earth subsurface. This is your ideal first step as a future Geoscientists or professional to upgrade your knowledge in the domain of Earth Sciences.
Description: This set of learning resources is presented in the form of a light-touch 'MOOC' (Massive Open Online Course). The 'MOOC' examines the benefits of Earth Observation (EO) for International Development Assistance (IDA). It features contributions and perspectives from leading voices in development from the World Bank, Asian Development Bank, European Space Agency (ESA) and client countries. It shows examples of data, applications and new capabilities under the Space for IDA cooperation agreement and stemming from the previous EO4SD partnership between ESA, the World Bank and Asian Development Bank, as well as related initiatives.
Description: This course teaches the concepts of data cubes, cloud platforms, and open science in the context of earth observation. It targets Earth Science students and researchers who want to increase their technical capabilities onto the newest standards in EO computing, as well as Data Scientists who want to dive into the world of EO and apply their technical background to a new field. The course is designed to span 30 hours in total, but it is conveniently broken down into smaller sections to facilitate ease of completion and flexibility in scheduling.
Description: Savanna ecosystems are unique landscapes appearing on four different continents across the globe. These tropical grasslands are known for their warm to hot temperatures and the significant impact of seasonal rainfall, shaping their appearance. Like most biomes, savannas are characterized by a variety of environmental factors, large amounts of species as well as the impact of human activity, which needs to be balanced for the landscape to survive. By increasing temperatures globally, we are putting savannas in imminent danger. Unprecedented droughts and mismanagement led to the disappearance of species and fostered biome regime shifts in terms of dominant species.
Beyond the Visible – EnMAP data access and image preprocessing techniques
Provider:GFZ Potsdam and German Aerospace Center
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Description: In this course, you will learn the principles of hyperspectral image preprocessing and how this workflow is reflected in EnMAP products, get to know the German hyperspectral mission EnMAP in much more detail, and see how you can access EnMAP data, and order new acquisitions. No matter if you are a student or a professional or whatever continent you are from, this course was designed for you and we hope to provide some helpful background information, process understanding and guidance on how to access the world as seen by EnMAP.
Beyond the Visible – Imaging Spectroscopy for Agricultural Applications
Provider:EO College
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Description: In this course, you will learn how to use imaging spectroscopy data for agricultural applications. No matter if you are a student or a professional or whatever continent you are from, this course was designed for you and we hope to provide some helpful background information, process understanding and applications that relate to your area of interest or expertise.
Description: Urbanization is changing our planet. About half of the world’s population already lives in cities. By 2050 that proportion is expected to rise to two-thirds. The loss of vegetation and the sprawl of impervious surfaces that are connected to this process are the cause of many problems societies have to face in the future. On the social level cities in the southern hemisphere are experiencing an uptick in unregulated settling resulting in the sprawl of slums, leaving large amounts of people in dire situations cut off from the most basic needs of daily life. Remote sensing can help to better understand those problems by capturing the changes in urban areas. Besides just visual observations, it also can provide quantification and more detailed information on the impacts of those changes, and thus provide decision-makers with valuable information.
E-learning Course on the Guidelines for the Long-term Sustainability of Outer Space Activities
Provider:United Nations Office for Outer Space Affairs (UNOOSA)
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Description: This e-learning course is a free, 60-minute interactive course consisting of 26 short lessons and is open to anyone interested in the sustainability of space activities. The course provides an overview of the Guidelines for the Long-term Sustainability of Outer Space Activities, offering insights into the critical role of space activities, the expanding space sector and its challenges, as well as an in-depth exploration of the preamble and the 21 guidelines outlined in the Guidelines for the Long-term Sustainability of Outer Space Activities.
Description: This masterclass focuses on the innovative uses of Earth observation technologies and their applications. Participants will learn about the latest advancements in satellite technology and how Earth observation data can be utilized in various industries.
Description: The ability to design and work effectively with FPGA-based circuit cards is critical for FPGA engineers. This course aims to give attendees the ability to understand key design decisions, standards, considerations, and trade-offs to enable the development of FPGA-based solutions along with how to approach testing and verification.
Provider:University of Reading Data Assimilation Research Centre
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Description: Data assimilation has potential applications in a wide variety of fields. This course aims to provide an introduction to the basic concepts of data assimilation without assuming a background in mathematical concepts or any specialist subject knowledge.
Description: A comprehensive 9-week course filled with lessons, activities, exercises, and live group sessions to provide you with the foundational human performance knowledge and skills necessary to prepare you for an analog mission.
Description: Welcome to Nova Space’s Rocket Science and Space Launch Course. This course will teach you the fundamentals behind how we deliver objects to space. Understanding these concepts are crucial to understanding other fields of expertise across the space industry. For example, by realizing that a customer’s initial requirements will require an extremely large satellite payload, you will be able to effectively communicate early in the design process that the customer can expect high launch costs due to the anticipated satellite size. This course will also give you a better understanding when communicating with professionals in the launch industry in a project setting.
Description: Learn about the possibilities of the next generation of the space economy. In this course, you will be introduced to concepts behind on-orbit manufacturing and some of the challenges associated with operating a hotel in space. Taking this course will give you a better appreciation and understanding of the immense logistical challenges associated with prolonged human spaceflight and will open your mind to the possibilities of the next space era. Join the fastest growing network of space professionals today and get exclusive access to Nova Space Community events. Upon completion, you will also receive a digital credential to add to your LinkedIn and other social media platforms.
Description: In the Basic Remote Sensing Course, you will experience the satellite design process for a remote sensing spacecraft. Starting with receiving and analyzing customer requirements, you will proceed throughout this interactive story as a member on various teams that are designing and making decisions regarding this remote sensing systems. You will make decisions regarding orbit design, payload design, satellite bus design, which launch vehicle to use and many others as you progress in the story. Remember, each decision you make could affect other areas of the project.
Description: Learn how we as humans observe the cosmos and unlock the mysteries of space. In this course, you will be introduced to the concepts and some technology behind deep space observation missions and the difference between these sensors and Earth observing sensors. With exciting innovations like the James Webb Space Telescope that are revolutionizing the way in which we observe our universe, the topic of deep space observation is at the forefront of many academic and scientific organizations. Earn your digital credential today and join the fastest growing space professional community!
Specialty Course Bundle - Nova Space Professional Community
Provider:Nova Space
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Description: Join the fastest growing network of space professionals and take our award winning professional development program. This bundle includes the GEO Servicing Satellite, LEO Communications Systems, Deep Space Observation, Intro to Space Tourism, and the Space Hotel Short Courses. Purchasing this bundle will save students $45 when compared to purchasing these courses separately. Enroll today to learn about these exciting topics and get exclusive access to member only events in the Nova Space Community.
Description: Welcome to the award winning Nova Space Basic PNT Course. In this course, you will be serving as a project manager that has been tasked with developing a GPS augmentation space system to provide improved signal in the Northern polar region. While the main focus of the course centers around PNT services, you will work with your various team members to make decisions regarding orbit design, bus options, and satellite operations to ensure that the customer requirements are being met while learning how decisions in one area can affect other aspects of the project. With the knowledge received in this course, you will be able to effectively speak to and understand topics related to PNT, which is one of the largest space service sectors.
Description: Welcome to the Space Systems Engineering Course by Nova Space. In this course, you will learn about the satellite design process as well as the various systems and subsystems that you will typically find on a spacecraft. You will also learn how changes involving one subsystem can impact other subsystems on a spacecraft. Knowing these tradespaces will enable you to be a valuable, contributing member on a variety of teams in the space industry. Upon completion of this course, you will receive a digital credential through Credly to display alongside of your other professional qualifications.
Description: Welcome to Nova Space’s Introduction to Orbits Course. In this course, you will learn the basics behind the physics of how objects are placed into orbits and what causes them to remain in orbit. You will also learn about the various orbital regimes that are commonly used by spacecraft. With this knowledge, you will be able to communicate effectively on a variety of teams across the space industry.
Description: Welcome to the Nova Space Professional Course, the first in a series of courses designed to set the new standard for baseline knowledge, communication, and professional development within the Space Industry. This course was specifically designed for the full range of student experience levels. Those new to space operations and astronautics should start with the conceptual modules that provide a rich background in all major areas relating to this multi-disciplinary field. After completing these, the student will be well prepared to demonstrate their understanding of these topics in completing the interactive stories. For those more experienced, you can either refresh your knowledge base across the areas first or dive right into the interactive stories to demonstrate your mastery of the topic areas. If you find yourself struggling at any point the course will direct you back to the fundamental knowledge to help you proceed. Thank you for choosing to take our course and we are excited to take this journey with you in demonstrating what makes You a Space Professional.
Description: Explore the exciting industry of space tourism in this award winning course. In this course, you will get an introduction to the field of space tourism and some of the challenges associated with sending tourists to space. Companies like Blue Origin, SpaceX and Virgin are all at the cutting edge of space tourism and will need a qualified workforce to help them achieve their future ambitions. Upon completion, you will receive a digital credential to add to your LinkedIn and other social media platforms to demonstrate your knowledge of this topic. Enroll today to join the fastest growing space professional community!
Description: This course bundle includes the Space Environment and Electromagnetic Spectrum Course, the Introduction to Orbits Course, the Rocket Science and Space Launch Course, the Space Systems Engineering Course and the Space Mission Areas and Capabilities Course. Upon completion of each course, you will receive a Credly digital credential that you can add to your professional profile on social media or elsewhere.
Description: Welcome to the exciting and innovative technology of servicing satellites! In this course, you will learn how companies are revolutionizing the way in which space logistics are being employed to support the space ecosystem. With this technology, companies are now able to prolong the operational lifespans of their satellites on orbit as well as design new systems that are capable of remaining in orbit far longer than systems of the past. Understanding this emerging space service sector will give you a unique insight into one of the fastest growing sections of the space industry. Earn your digital credential today and join the fastest growing network of space professionals!
Description: In this course, you will be introduced to concepts regarding communications satellites in Low Earth Orbit. Your customer has tasked you with finding a system that provides low latency communications and can do so persistently in your area. You will learn about factors that must be taken into consideration when designing a communications satellite system in LEO, different providers of satellite communications in LEO, and how communications systems in LEO differ from traditional communications satellites in GEO. Understanding these concepts will allow you to more effectively navigate the growing sector of LEO communication satellites. Join now for exclusive access to Nova Space Community events and more!
Description: Enroll now to get access to our award winning interactive courses now! This course bundle includes the Basic Remote Sensing Course, Basic Satellite Communications Course, and the Basic PNT Course. By purchasing this bundle, students will save $98 when compared to purchasing all three Interactive Story Courses individually. Unlike anything else on the market, these Nova Space courses place students into realistic challenges that effectively and efficiently teach the interwoven dependencies across the space industry that one can only get through years of on the job training. Sign up now for exclusive access to Nova Space Community events and join the fastest growing network of space professionals!
Space Environment and Electromagnetic Radiation Theory
Provider:Nova Space
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Description: Welcome to Nova Space’s Space Environment and Electromagnetic Radiation Theory Course. In this course, you will learn about the hostile environment of space and why it is such a difficult and complex task to design a spacecraft that can survive in such an environment. You will also learn about the characteristics of Electromagnetic waves and how they interact with matter, a concept that will help you better understand how the electromagnetic spectrum can be used to observe or collect data on a wide range of subjects.
Description: Welcome to the Nova Space, Space Mission Areas and Capabilities Course. In this course, you will learn about the many ways in which humanity uses space to our benefit in the most fun and effective way on the market. Topics covered in this award winning program include: Remote sensing, PNT, Environmental Monitoring, Satellite Communications, Scientific Research, Commercial uses of space and Military uses of space. Having an understanding of the capabilities in the space industry will make you a more articulate and confident contributor to the space industry. Join today to get access to the fastest growing community of space professionals.
Description: This course introduces a structured approach to uncertainty analysis when applied to the radiometric and spectral calibration of instruments with Earth observation applications. The course focuses on how to apply uncertainty analysis, taking users step-by-step through the concepts before introducing real laboratory and field examples. It is suitable for both a general scientific audience and experienced professionals working in the field. This course consists of three modules: Module 1: Introduction to the 8-steps of uncertainty analysis, Module 2: The radiometric calibration of APEX, Module 3: Uncertainty analysis of post-launch calibration methods. Learners who successfully complete the course will receive an NPL Certificate of Completion.
Modeling Forest Structure and Aboveground Biomass (AGB) using Earth Observation (EO) Data and Machine Learning (ML)
Provider:AIGeoLabs
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Description: This course introduces methods and tools to model forest canopy height and aboveground biomass (AGB) using Earth Observation (EO) data and machine learning (ML) methods. Participants will learn to use data from NASA’s Global Ecosystem Dynamics Investigation (GEDI), Sentinel (S-1 and Sentinel-2), Landsat, and apply machine learning methods such as random forest regression models.
Description: This is a step-by-step tutorial for those interested in exploring custom satellite visualizations in EO Browser. After selecting the data, we will take a look at how to quickly create custom color composites. Next, we will start scripting and learn how to control the results better. Finally, we will examine the Betsiboka river delta example, where we will create a useful and appealing visualization.
Description: Find out everything there is to know about Mars, astronomy and space travel. Discover what an expedition on Mars would be like from someone who experienced it first-hand! During this Mars introduction day, you will find out everything you ever wanted to know about the Red Planet from Nancy Vermeulen, who was the commander of a Mars simulation mission in Utah.
Description: Hoe functioneert jouw team onder extreme omstandigheden? Zouden jullie kunnen samenwerken op Mars, ver weg van de bewoonde wereld? En wat kun jij leren van de overlevings- en communicatietechnieken van astronauten? Tijdens deze workshop kom je het allemaal te weten: Astronautencoach en ruimte-expert Nancy Vermeulen neemt je mee naar de rode planeet. Een goed team op Mars is onoverwinnelijk op de aarde. Mars is een grote, rode woestijn. Het is er bovendien ijskoud: -20 tot -80 graden Celsius. En dan zijn er nog de grote stofstormen en zware blikseminslagen. Niet de meest evidente plek om lang samen te verblijven, dus. Hoe functioneert een team in deze moeilijke omstandigheden? Hoe voelt het om volledig op elkaar aangewezen te zijn? En hoe pas je die kennis over de ruimte toe op het leven op aarde? Nancy Vermeulen verbleef met haar team 14 dagen in de woestijn van Utah om een expeditie naar Mars te simuleren. Tijdens deze workshop deelt ze haar kennis met jou.
Description: Vegetation is essential in the global terrestrial ecosystem since it provides ecosystem services such as protecting the land surface, modifying the local climate, and conserving biodiversity. The structure of vegetation substantially influences ecosystem function and productivity. Scientists report that vegetation structure correlates with biophysical parameters such as aboveground biomass (AGB) and primary productivity. Therefore, detailed quantification of vegetation structure is crucial for assessing the structure and functioning of ecosystems.
Description: During this simulation, we expose your body to the same high-g acceleration that an astronaut can experience in space. Discover in a safe environment how much g you can endure. Our team of specialists teaches you how to increase your tolerance to avoid a g-induced blackout. You will learn how to cope with accelerations up to 6 g under the supervision of qualified experts. This training is perfect for aspiring private astronauts, space enthusiasts, or anyone curious about high-g experiences.
Geospatial Machine Learning for Mapping Urban Land Cover in Earth Engine
Provider:Aigeo Labs
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Description: The course focuses on remotely-sensed image processing and classification in Google Earth Engine (GEE) platform. We will use Sentinel-1 and Sentinel-2 images, and machine learning algorithms to perform land classification.
Description: This is the closest simulation that exists of a real space flight! Train like a genuine astronaut and receive your first pair of 'Astro Wings'. Experience a launch to the Moon, dock with the International Space Station 'ISS', learn to land a spacecraft yourself and enjoy the magnificent view! Soon, you too can experience space travel and call yourself a 'Space Ranger'.
Data-centric Explainable Machine Learning for Land Cover Mapping
Provider:Aigeo Labs
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Description: This course addresses the advancements in land cover classification due to Earth Observation data and machine learning algorithms. It emphasizes the importance of a data-centric approach to improve the quality of training data and the explainability of machine learning models, which is crucial for solving land use and climate change challenges.
Climate Data Records from Satellites: A Metrological Approach
Provider:National Physical Laboratory
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Description: In this course, we will explore how approaches from metrology can help Earth Observation practitioners to develop quantitative characterisation of uncertainty in Earth Observation data. This course consists of two modules: Metrology in Earth Observation and Developing a fundamental climate data record. The concepts in this course were developed over many years by National Physical Laboratory scientists working in collaboration with Earth Observation experts.
Description: Learn to broaden your horizon! Explore like a Space Traveller. This is the start of your Space Adventure! Welcome to the world of Astronomy and Space Travel! Your 'Space Introduction Day' has been described by many who have gone before you as a 'mind blowing experience'. You enter a universe full of stars and planets. The day offers you the unique opportunity to experience what it would be like to be a space traveller and to get a glimpse of the future.
Description: This course explores the principles and applications of telescopes and spectrographs in astronomy. It covers the history, types, and functions of these instruments, as well as their role in astronomical discoveries.
Description: This course explores the characteristics and life cycles of stars, providing an understanding of their properties and the methods used to study them.
Description: This on-demand course has 11 sessions with 6 exercises and 14 videos. It is an introductory level course to help you plot, manipulate and analyse NetCDF climate data using python. The course focuses on gridded climate model outputs. You can easily extend the concepts and techniques taught to other forms of NetCDF data (e.g. observations). Requirements: The total learning time is approximately one day.
Description: This free course, Digital communications, explores the principles and techniques used in the transmission of information over various types of communication channels. It covers the fundamental concepts of digital communication systems, including modulation, coding, and error detection and correction.
Description: This free course provides an overview of different approaches to software development, including traditional and agile methodologies. It covers the principles and practices that guide software development processes and helps learners understand the advantages and challenges of each approach.
Description: This free course explores the icy bodies in our Solar System, focusing on Europa, one of Jupiter's moons. It covers the characteristics, composition, and potential for life on these icy worlds.
Description: This free course provides an introduction to active galaxies, exploring their properties, types, and the physical processes that occur within them. It is designed for learners with an interest in astronomy and astrophysics.
Description: Point.IoT is an exciting programme designed to empower innovation using Galileo and IoT technologies. This self-directed training programme enables you to develop your ideas at your own pace. Whether you are new to the game or an established IoT or Galileo entrepreneur, this tailor-made MOOC will guide you through the business and technical development of your IoT products and services. From business model design to positioning in our connected world, European industry experts share their knowledge and skills with you across 14 on-demand training sessions.
Description: This free course on electronic applications covers the fundamental principles and applications of electronics in various fields. It provides an understanding of how electronic devices work and their practical uses in everyday life.
Microgravity: living on the International Space Station
Provider:The Open University
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Description: This free course explores the concept of microgravity and its effects on living and working on the International Space Station. It provides insights into the challenges faced by astronauts and the scientific experiments conducted in a microgravity environment.
Description: This free course, Systems engineering: Challenging complexity, introduces the key concepts of systems engineering and explores the challenges of managing complex systems. It provides an overview of the systems engineering process and discusses the importance of a holistic approach to problem-solving in engineering.
Description: This free course provides an introduction to astronomy using an online telescope. It offers a unique opportunity to observe the night sky and learn about celestial objects and phenomena.
Description: This free course provides an introduction to additive manufacturing, also known as 3D printing. It covers the basic principles, processes, and applications of additive manufacturing, highlighting its advantages and limitations.
Description: This free course provides an introduction to finite element analysis, a numerical method for solving problems in engineering and mathematical physics. It is used to approximate the behavior of physical systems and is widely applied in various fields of engineering.
Description: This free course provides an introduction to the fascinating world of galaxies, stars, and planets. It covers the basic concepts and explores the various celestial bodies that make up our universe.
Description: This free course provides an introduction to electronics, covering the basic concepts and principles. It is designed for those with little to no prior knowledge of electronics and aims to build a solid foundation in the subject.
Description: This free course, Scales in space and time, explores the vast scales of the universe, from the incredibly small to the unimaginably large. It covers the different scales of time and space, and how they relate to each other in the context of the universe.
Description: This free course provides an introduction to software development. It covers the fundamental concepts and techniques used in the field, providing a solid foundation for further study or a career in software development.
Description: This free course explores the evidence for water on Mars, the methods used to search for it, and the implications for future missions and the possibility of life on the planet.
Description: Our planet is diverse and many of our landscapes are heavily impacted by standing or flowing water. Wet ecosystems are considered to be amongst the most productive ones known to mankind. They provide habitat for a rich variety of plants and animals, while additionally playing major roles in global cycles of water, carbon dioxide and other substances that are essential for life, as we know it. Human-induced changes such as drying out wetlands or the impact of anthropogenic climate change are threatening wet ecosystems and require even more attention in the observation of soil moisture as well as global water levels. Using remote sensing techniques, we are able to detect soil moisture levels in order to support efficient crop yields and forest management in times of increasing numbers of environmental extreme events. Besides, the amount of water that is stored in soils, we can also monitor fragile wetland ecosystems over time, which are of crucial importance for people relying on these areas for a living. The ecosystems form one of the most productive and species-rich landscapes of our planet and are at direct risk of being continuously declined and consequently eradicated.
Description: In this course, we will introduce you to how Canadians research, develop and utilize radar remote sensing technology for mapping and environmental monitoring. In five brief lessons, you will learn about early developments of radar leading to the Canadian RADARSAT program and how Canadian government researchers and managers are currently using satellite radar data in their day-to-day work. After completing this course you will have a better understanding of Canada’s practical needs for and know-how of satellite radar when it comes to meeting the challenges of winter, water, and warming in a very large country. The learning is self-paced. Registration is open during the entire course. Pick up learning when the time is right for you. Welcome to Canada!
Description: Forests are responsible for supporting essential life processes, from purifying the air we breathe to maintaining healthy soils and clean water sources. Around the world, communities rely on the ecosystem services provided by forests to support their livelihoods. However, deforestation and forest degradation are threatening forest ecosystems worldwide, thus disturbing the climate change mitigation which forests provide, and which we desperately need. Using remote sensing satellites and techniques, we are able to map and monitor forests. This enables us to view changes in forest cover, alert authorities about deforestation events, and monitor the relationship between forests and greenhouse gasses (GHG’s).
IPC/WHMA-A-620 Requirements and Acceptance for Cable and Wire Harness Assemblies
Provider:ASTA Technology UK Ltd.
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Description: The IPC/WHMA-A-620 application specialist training consists of 8 modules covering various aspects of cable and wire harness assemblies. The course duration is 2 days for module one and any optional module, and 3 days for all modules. A working copy of the IPC-A-620 standard will be made available to each participant. It is recommended that a standard is purchased for each participant for future reference.
Beyond the Visible – Introduction to Hyperspectral Remote Sensing
Provider:EO College
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Description: In this course, you will learn the basics of imaging spectroscopy. No matter if you are a student or a professional or whatever continent you are from, this course was designed for you and we hope to provide some helpful background information, process understanding and applications that relate to your area of interest or expertise.
MOOC on Drought Assessment and Monitoring from Space
Provider:EO AFRICA Research and Development Facility
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Description: This MOOC provides an introduction to 'Droughts', answers questions on how it can be quantified, how it can be assessed and monitored from space. The role of cloud computing and (easy) access to satellite will also get attention. No prior knowledge to Earth Observation (EO) is required. The MOOC provides a ‘smooth’ introduction for agricultural scientists, water resources specialists, and others who are interested in water and food security and the role EO plays nowadays related to this theme. Every week a new set of movies and short quizzes will be released. The MOOC will be open till the end of November 2022.
Description: IPC-A-610 Acceptability of Electronic Assemblies is the most widely used standard published by the IPC. It has an international reputation as the source for end product acceptance criteria for consumer and high reliability printed circuit assemblies. The course duration is 3 days if all modules are required; otherwise, duration varies according to the number of modules required. A working copy of the IPC-A-610 standard will be made available to each participant. It is strongly recommended that a standard is purchased for each participant to take away for future reference.
Description: The astronomy course provides an introduction to astronomy, assuming no prior knowledge of the subject. It contains some observational and practical exercises, but you do not need access to a telescope to complete your astronomy studies.
Provider:South Coast Centre of Excellence in Satellite Applications
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Description: The ESA Space Solutions Bid Workshop is designed to help participants understand the bidding process for ESA projects. It provides insights into how to prepare and submit successful bids, covering key aspects such as proposal writing, compliance with ESA standards, and effective project management.
Description: Gain an informed view of concepts in cosmology with this cosmology course, without recourse to complex mathematics in your study. Learn about the beginning of the Universe including the creation of extremely small elementary particles and the processes that led to the formation of the very large structures seen today.
Description: What is the global stock take and how can we measure carbon emissions from space, what should you look for when selecting a land cover dataset, and how does land use policy impact our land and can these changes be seen and quantified using remote sensing methods? These and more questions will be answered in the sequence of lessons which are part the ‘People, Land, & Sustainability’ MOOC. This course deals with the transformation caused by humans across the globe and how we quantify these change with the means of earth observation.
Description: This course is part of a series of online learning materials that will give you insights on the potential of remote sensing technologies for applications over land surfaces. Here, you have the chance to learn about a variety of theoretical basics of remote sensing that will give you an understanding of how remote sensing works, and it will enable you to follow along in the more practical courses that will be available on our website in the near future.
Description: Welcome to the ‘Hazards and Disasters’ online courses. In the three MOOCs which are part of it, we will take a closer look at how remote sensing can answer essential questions related to the emergency response that is needed during hazardous events. Thus, disaster management heavily relies on remotely sensed data and their prompt processing in order to support decisions that can a) estimate the extent of a (natural) disaster and b) save lives by scientifically justifiable choices. In the three lessons of this course, we will present different applications of remotely sensed data for disaster monitoring to you. At first, we will take a look at droughts, then dive into mapping flood extents using an interactive cloud-based approach before ending our course with the monitoring of fire hazards.
Description: In this course you will get an overview of the most relevant parameters that have an influence on the radar backscatter signal. You will learn what role the configuration of a radar system and the properties of the Earth surface play in the signal that you see in a pixel of a radar image. After this course you will have a solid understanding of what you see in a radar backscatter image. And you will be able to interpret the backscatter signal.
Description: For 30 years the Space Shuttle enabled human spaceflight in the United States and partner nations. Learn all about the Shuttle with this unique course, which also serves as a unique historical record. Since the lecturers are the same people who designed, built and operated the Shuttle, this is a first-hand testimonial to the world’s first reusable spacecraft. This course examines how the Space Shuttle was designed and how its design was influenced by economics and politics. The course goes into detail on many of the Shuttle’s subsystems (e.g. rocket engines, thermal protection, aerodynamics, environmental control and life support, communications, etc.) and explains how the Shuttle was operated (launch, mission control, payloads, etc.). The course also uses the Space Shuttle to present the fundamentals of Systems Engineering. Students will gain a systems perspective on the complexities of Shuttle development and its operations. It explores both the Shuttle’s successes and its shortcomings and has valuable object lessons for future space initiatives. The Shuttle is a valuable case study in the advantages and difficulties involved in reusable space systems - particularly relevant today as reusability is a key requirement of many rockets and spacecraft currently under development.
Description: Astrobiology is one of the newest and most dynamic scientific disciplines, and this Certificate is your chance to gain an understanding of the ongoing discoveries in the subject. With explorations ranging from molecular biology to the search for extra-solar planets all having an impact, the multi-disciplinary course takes a novel approach to the subject of Astrobiology. The course is supplemented with online discussion of breaking news.
Description: In this course you will be introduced to the Sun and the Earth as complex systems, and how they interact to produce the environment we live in. Alongside detailed course notes your studies will include a mixture of theoretical and observational approaches with data-based and observational exercises.
Introduction to Aerospace Engineering: Astronautics and Human Spaceflight
Provider:MITx
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Description: Spaceflight is exciting, and you don’t have to be a “Rocket Scientist” to share in the excitement! 16.00x makes the basics of spaceflight accessible to everyone. Join MIT Professor Jeffrey Hoffman, a former NASA astronaut who made five spaceflights and was the first astronaut to log 1000 hours on the Space Shuttle, as he teaches you the core principles behind space travel and exploration. The course will cover how rockets work, how spacecraft move in orbit, how we create artificial environments inside spacecraft to keep astronauts alive and healthy, what it’s like living in a world without gravity, how the human body adapts to space, and how spacewalks happen, plus more. Many lessons will be illustrated with Professor Hoffman’s own experiences in space.
Description: The IPC-J-STD-001 Requirements for Soldered Electrical and Electronic Assemblies has emerged as a major authority for electronics assembly manufacturing. The standard describes materials, methods and verification criteria for producing high quality soldered interconnections, including the use of lead-free solders. The standard emphasizes process control and sets industry-consensus requirements for a broad range of electronic products.
Description: In this course we will introduce you to the role of satellite ‘Earth observation’ (EO) technology in monitoring the Earth's Cryosphere and the data it produces. The Cryosphere is the portion of the Earth’s surface where water exists in solid form as glaciers, sea ice, ice caps, and areas of snow. The first week will introduce you to EO and provide an introduction to the Cryosphere, and the challenges of monitoring it. The next 3 weeks will focus on sea ice, ice sheets & ice shelves, and mountain glaciers, rivers & lake ice and snow.
Description: SSTL recently hosted a popular online ESA Scout HydroGNSS Workshop attended by an average of 175 participants across 2 days of presentations. The workshop covered various aspects of the HydroGNSS mission, including data products, mission outline, related research, and potential users. The session recordings are available on the HydroGNSS Workshop playlist on SSTL's YouTube channel.
Description: An introductory course on the concept of NewSpace, exploring the emerging trends, technologies, and business models in the space industry.
Description: Echoes from space will take you on a journey through the exciting world of Radar Remote Sensing. Learn the basics that will help you to understand where this technology is coming from, how the images are acquired and which manifold applications already use Radar Remote Sensing to help protect our planet. The learning is self-paced. Registration is open during all the course. Pick up learning when the time is right for you.
Synthetic Aperture Radar (SAR) Imagery Processing and Analysis
Provider:European Union Satellite Centre
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Description: The SAR course aims to provide an initial foundation training, followed by more advanced training for the exploitation of SAR imagery in the field of defence and security. The course consists of two weeks and includes theory and application exercises to familiarise attendees with the specific SAR effects and basic SAR imagery exploitation, as well as advanced training including the exploitation of interferometry techniques of SAR imagery.
Opportunities for UK space-enabled organisations across Indian agriculture
Provider:Satellite Applications Catapult
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Description: This event explores the opportunities available for UK space-enabled organisations in the Indian agriculture sector. It aims to provide insights into the market potential and how space technology can be leveraged to address agricultural challenges in India.
EUMETSAT/ECMWF NWP-SAF Satellite Data Assimilation
Provider:ECMWF
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Description: This course provides a complete overview of the usage of meteorological satellite observations in operational numerical weather prediction (NWP). It includes a series of lectures and practical sessions covering a range of topics – from fundamental theoretical concepts through to detailed practical implementations in modern state-of-the-art data assimilation systems.
Mapping Crops and their Biophysical Characteristics with Polarimetric SAR and Optical Remote Sensing
Provider:European Space Agency
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Description: This course focuses on the use of polarimetric SAR and optical remote sensing for mapping crops and their biophysical characteristics. Participants will learn about the principles and applications of these remote sensing techniques in agricultural monitoring.
Description: Over the past decade, the number and variety of organisations launching into space has significantly increased. The major driver for these activities has been a growing commercial sector, a change from the institutional dominated missions seen in the early years of the space industry. The UK has a number of companies involved in this growing space sector involved in everything from constellations, to on-orbit servicing to launch. All these missions require a clear understanding of safety and the risk presented in orbit and on the ground. One of the areas receiving particular attention in the UK is launch. Commercial actors in the UK are now developing a range of launch options and locations for space ports to allow small satellites to be launched from the UK rather than using international launch sites. As space infrastructure continues to develop, it will continue to be at the frontier of an evolving legislative regime. This will create new challenges in terms of risk assessment and appropriate health and safety regulation.
Description: The UK SAR Workshop is an event organized by Space Hub Yorkshire. The workshop aims to bring together professionals and enthusiasts in the field of Synthetic Aperture Radar (SAR) to discuss the latest advancements, applications, and research in SAR technology.
Understanding and using Synthetic Aperture Radar (SAR) data - training sessions 2020
Provider:JNCC
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Description: Synthetic Aperture Radar (SAR) data can be acquired day and night, even in cloudy conditions, providing a dense time-series for trend analysis and change detection. Environmental applications for SAR data include forest inventory and condition monitoring, habitat and crop mapping, detection of pollution, and monitoring of offshore infrastructure and vessels. The UK public sector is starting to use SAR data to support environmental policy delivery, but further skill development is needed to fully exploit potential.
Description: This course provides training in the analysis and interpretation of satellite and aerial imagery of industrial installations. Participants will be taught the methodology and techniques required to perform studies on such installations. The course covers the whole industrial chain, from the extraction of raw material to transformation processes and the manufacturing of final products. The course lasts three weeks and is comprised of theoretical lessons supported by practical sessions in which participants will handle imagery using ArcGIS Pro. It develops imagery analysis skills and enables participants to create appropriate imagery intelligence (IMINT) products to support political and military decision makers at operational and strategic levels.
Imagery Analysis of Nuclear Fuel Cycle and Nuclear Weapons Related Facilities
Provider:European Union Satellite Centre
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Description: The course principal objective is to provide knowledge and skills compulsory to perform confident imagery analysis for the interpretation of nuclear industry installations, power plants and nuclear weapons development and deployment sites. The curriculum is built to provide compulsory knowledge about the consecutive production chain process and required facilities. Formerly, it is translated to the imagery analysis language with the use of interpretation techniques. Worldwide variations of sites with the same purpose sites are demonstrated. The course comprises of two distinctive weeks, with theoretical lessons supported by practical sessions on images using ArcGIS Pro. The course is made to develop imagery analysis skills and to enable course attendees to create appropriate imagery intelligence (IMINT) products to support political and military decision makers at operational and strategic levels.
Description: The OneHealth Workshop, organized by Space @ Oxford, focuses on the intersection of human, animal, and environmental health. This online event aims to bring together experts and enthusiasts to discuss and explore the interconnectedness of health across different domains.
Earth Observation - Disruptive Technology and New Space
Provider:Imperative MOOCs
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Description: This course explores how AI, deep learning, 3D visualisation, and associated innovations are being harnessed to meet the growing data analytics and data navigation challenges. It also covers the revolution in data storage, management, and processing infrastructure, especially advances in Cloud and Blockchain, and provides insights into the impact of New Space technologies and business models on EO applications and innovations.
Description: Join us for an engaging tech talk and networking event hosted by Grey Consultants Ltd. This event aims to bring together professionals from various industries to discuss the latest trends in technology and foster meaningful connections.
Description: This course provides an in-depth understanding of systems engineering principles applied to space systems. It covers the lifecycle of space missions, including design, development, testing, and operations.
Description: Hosted at ESA Academy’s Training and Learning Facility, ESA-ESEC, Belgium, the Concurrent Engineering Challenge 2022 was originally planned in 2020, but was delayed due to the COVID-19 pandemic. The wait was well worth it, as the challenge – ultimately running from 4 to 8 April 2022 – proved to be a huge success. The goal was to familiarise students with Concurrent Engineering, and also help universities to develop their own Concurrent Engineering Facilities. Students were given a hypothetical mission to design using Concurrent Engineering, tasked with designing a prospecting mission to quantify water ice resources hidden in shadowy regions near the Moon’s poles.
Provider:South West Centre of Excellence in Satellite Applications (SWCoESA)
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Description: This course explores the application of geospatial technology in the agri-food sector, focusing on how satellite data and geographic information systems (GIS) can enhance agricultural practices and food production. Participants will learn about the latest advancements in geospatial technology and its practical uses in the agri-food industry.
Solving Social Challenges in Mining Using Space Tech – Spark Session
Provider:Satellite Applications Catapult
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Description: This session explores how space technology can be leveraged to address social challenges in the mining industry. It aims to provide insights into innovative solutions and foster discussions on the integration of space tech in mining.
Description: The Digital Imagery and Data Processing Course is a two-week training that comprises all the stages from the basics of satellite data, sensors, types of imagery, satellite data requesting, downloading, cataloguing, data processing levels depending on the future use, extraction and generation of DEM. In the course, we perform various guided exercises with the most common techniques of raster data processing to strengthen practical skills. The theory provided complement those skills and introduce an understanding factor. This data processing training is strongly recommended for imagery analysts or professionals who need to work with digital data, which still require orthorectification, reprojection or merging. Individuals who work with processed images might appreciate fast raster on-the-fly enhancement methods to improve their visible analysis.
Description: This course provides an overview of the principles and practices involved in space mission operations. Participants will learn about the various stages of mission operations, including planning, execution, and post-mission analysis.
Description: This online course introduces participants to techniques for selecting and processing data to generate meaningful and timely information to support the better management of resources. To improve decision-making, the required information, tools, techniques, models, and decision-making procedures can be integrated into a user-friendly information processing system called a spatial decision support system (SDSS). In contrast to other geo-information systems, an SDSS provides insight into assessments of tradeoffs between the various options open to decision-makers.
Introduction to ESA Business Applications – Your Business Powered by Space
Provider:South West Centre of Excellence in Satellite Applications (SWCoESA)
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Description: This course provides an introduction to ESA Business Applications, focusing on how space technology can power and enhance your business. It covers the basics of satellite applications and their potential impact on various industries.
Description: ESA Academy hosted the CubeSats Hands-On Training Week 2022, a 5-day event aimed at transferring hands-on knowledge to university students keen to start their own educational CubeSat initiatives or who are already at the conceptual or preliminary design stage of a CubeSat project. The event included lectures and laboratory sessions led by experienced tutors, including ESA experts and engineers from Theia Space.
Description: This workshop focuses on the principles and practices of user-centred design, aiming to enhance participants' skills in creating products and services that meet users' needs effectively.
Provider:EUMETSAT and Copernicus Atmosphere Monitoring Service/ECMWF
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Description: A MOOC about atmospheric monitoring using satellites, in-situ data, and models. Course developed for EUMETSAT and the Copernicus Atmosphere Monitoring Service/ECMWF in support of the EU’s Copernicus Programme.
Distributed Space Systems: Enabling New Satellite Applications
Provider:Satellite Applications Catapult
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Description: This course explores the potential of distributed space systems and how they can enable new satellite applications. It covers the technological advancements and operational strategies required to implement these systems effectively.
Description: This course provides an overview of imagery intelligence (IMINT), including its principles, techniques, and applications. Participants will learn about the role of IMINT in decision-making processes and how it supports various missions and operations.
Solent Branch – Sustainability in Space? – Could Safety Cases help?
Provider:The Safety and Reliability Society
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Description: The growth of satellites in orbit has been matched by a growth in orbital debris. With the recent increase in mega constellations, the importance of taking a sustainable approach to space operations is increasingly a priority. Since the earliest days of space activity, international agreements such as the Outer Space Treaty, national laws and licensing, and of course standards and guidance have all played a part in ensuring that a balanced approach is taken to space operations. But what else can be learnt from other sectors? This talk will explore what aspects of the ground based regulatory environment in the UK could be usefully applied to a hypothetical Safety Case in Space approach. Considering a generic low earth orbit mid-sized satellite, the pros and cons of a potential safety case informed approach will be explored for a full lifecycle in orbit operation, from deployment through to de-orbiting.
Description: This 3-day course begins with a discussion of differential GPS, which continues through the rest of the week together with an in-depth look at GPS signal processing, navigation message content, code tracking, receivers and concludes with a discussion on the basics of Kalman filtering.
Description: This course is designed to provide course participants with an understanding of space software engineering and associated standards. It explains the ECSS E-40 software engineering discipline and standard (ECSS-E-ST-40C) in the context of the overall ECSS standardization framework, the software life cycle processes within the system life cycle, and provides a road map to its applications for ESA projects. The importance of addressing software issues in the early stage of a space system definition will be explained. The course will also address how to tailor and apply the ECSS software engineering standard to software projects and the evolutions proposed in the next revision of the standard.
Description: This webinar covers the ECSS discipline Q-80 Software Product Assurance. The following main topics are addressed in the course: Planning and implementation of a software product assurance programme, Software process assurance, including software dependability and safety, software reuse, software configuration management, Software verification and validation, Quality of the software products and processes, including quality models and metrication.
Description: The engineering Standards in the E-50 discipline address the communications links used during either spacecraft operations (i.e. space-to-ground and space-to-space or during spacecraft assembly, integration and test, and operational phases). The course addresses the first set of (defined or adopted) standards for Space Data Links focusing on the lowest layers of the OSI model including Psychical and Data Link Layer. The following standards will be covered: ECSS-E-ST-50C Rev.1 – Communications (1 March 2021), ECSS-E-AS-50-22C – Adoption Notice of CCSDS 132.0-B-2 TM Space Data Link Protocol (1 March 2021), ECSS-E-AS-50-23C – Adoption Notice of CCSDS 732.0-B-3 AOS Space Data Link Protocol (1 March 2021), ECSS-E-AS-50-24C – Adoption Notice of CCSDS 231.0-B-3 TC Synchronization and Channel Coding (1 March 2021), ECSS-E-AS-50-25C – Adoption Notice of CCSDS 232.0-B-3 TC Space Data Link Protocol (1 March 2021), ECSS-E-AS-50-26C – Adoption Notice of CCSDS 232.1-B-2 Communications Operation Procedure-1 (1 March 2021), ECSS-E-ST-50-02C – Ranging and Doppler tracking (31 July 2008), ECSS-E-ST-50-05C Rev.2 – Radio frequency and modulation (4 October 2011). The course does not cover the ECSS E-50 standards for on-board communications (ECSS-E-ST-50-11C, ECSS-E-ST-50-12C, ECSS-E-ST-50-13C, ECSS-E-ST-50-14C, ECSS-E-ST-50-15C, ECSS-E-ST-50-51C, ECSS-E-ST-50-52C, and ECSS-E-ST-50-53C).
Description: To do business with companies, ESA has developed a procedure and an associated ESA Costing Software tool called ECOS for aggregating and calculating the price elements of the financial proposals through the entire contractual chain. This web page contains all relevant information about ECOS, including detailed explanations about the tool, a self-training manual as well as access to the ECOS helpdesk.
Description: Learn about the use of EO in reaching the Sustainable Development Goal (SDG) 2: Zero Hunger: ‘End hunger, achieve food security and improved nutrition, and promote sustainable agriculture’.
Massive Open Online Course (MOOC) – EO Open Data Science
Provider:EURAC RESEARCH (IT)
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Description: This course provides an introduction to Earth Observation (EO) and the use of open data for scientific research. It covers the basics of EO data, tools, and techniques for data analysis, and how to apply these in various scientific domains.
Provider:United Nations Office for Outer Space Affairs
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Description: Through three 45-minute modules, this eLearning opportunity introduces you to the basics of the space economy and the benefits space activities generate across various sectors. You can also learn about the future outlook for investments and innovation in the space domain and discover ways in which you can participate in this transformative field.
Provider:United Nations Office for Outer Space Affairs (UNOOSA) and National Aeronautics and Space Administration (NASA)
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Description: The United Nations Office for Outer Space Affairs (UNOOSA) in collaboration with the National Aeronautics and Space Administration (NASA) is organizing a webinar series on Systems Engineering. NASA helped pioneer Systems Engineering, which is a robust approach to the design, creation, and operation of systems. Basic systems engineering and project management skills are fundamental for planning, developing, and implementing an experiment or a space project, and are critical for those engaged in space activities, whether as a designer, builder, or manager of space infrastructure and services.
Description: The Copernicus MOOC addresses three key topics: understanding Copernicus data and services, learning from success stories, and acquiring the skills to develop and deploy Copernicus-enabled products and services. The course is taught in English by internationally-recognized experts and successful practitioners using engaging and interactive formats such as webinars, videos, use cases, and projects. It is built on a user-driven approach to enable participants to work on their own projects, learn from others, understand the latest trends in situational awareness technologies, and become active members of the Copernicus community.
Copernicus Marine Service Online Training Workshop for the Mediterranean Sea
Provider:Mercator Ocean International, Dvokut-Ecro, The National Research Council (CNR - Italy), Euro-Mediterranean Center on Climate Change (CMCC)
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Description: The Copernicus Marine Service Online Training Workshop dedicated to the Mediterranean Sea aims to train existing and new users on the use of Copernicus Marine Service products and services. The workshop will consist of plenary expert talks, round table discussions, and hands-on practical exercises to explore the Copernicus Marine products catalogue. Participants will gain knowledge to interact, share experiences, and express needs for new products in the Copernicus Marine Service portfolio.
Copernicus Marine Service Online Training Workshop for the Black Sea Region
Provider:Mercator Ocean International, Marine Cluster Bulgaria (MCB), Institute of Oceanology - Bulgarian Academy of Sciences (IO-BAS), Euro-Mediterranean Centre for Climate Change (CMCC)
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Description: The Copernicus Marine Service Online Training Workshop dedicated to the Black Sea Region is organized by Mercator Ocean International, Marine Cluster Bulgaria (MCB), Institute of Oceanology - Bulgarian Academy of Sciences (IO-BAS), and the Euro-Mediterranean Centre for Climate Change (CMCC). The workshop aims to train existing and new users on the use of Copernicus Marine Service products and services, involving self-directed and interactive learning.
Introduction to Systems Engineering for Space – 2 Day Course
Provider:KISPE
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Description: A 2-day course that provides an overview and understanding of system engineering as used in the space industry. Aimed at a technical audience either new to the space domain, those wishing to gain an appreciation of systems engineering, and those moving into a system engineering role. We will explore what is system engineering and why it’s important, what is a system, system of systems and the System V diagram. We will explore the keys areas of system engineering through the project lifecycle and are the key project gates, from the concept development phase, through project definition to mission design and finally to verification and validation. We will explore the importance of understanding the users and stakeholder needs including external influences such as launch regulations. Requirements generation and management, developing concept of operations and spacecraft architectures and how to represent them. We will examine the importance of a robust spacecraft architecture and to design them. We will cover how to select preferred solutions, examining trade-off studies, technology readiness or qualification status and make/buy trade-offs. We cover how to technically manage projects throughout the lifecycle exploring change and risk management, configuration control, recording system information and the use of a system model and the role of MBSE. How to manage requirements and interfaces throughout the project to verification and validation management. In addition, we will cover how we present system level performance through the use of System budgets and how we use design margin within them.
Description: The course is aimed at practical, hands-on application of systems engineering tools and processes that can be realistically applied within your project environment to produce effective space systems. Using a combination of lecture, interactive discussions and group exercises, the course presents a detailed review of all major systems engineering processes within three major categories: Design, Realization and Systems Engineering Management. A detailed end-to-end system case study is used to translate theory to practice by illustrating detailed how-to examples for achieving and establishing each major technical baseline throughout the mission life cycle.
Introduction to Aerospace Engineering: Astronautics and Human Spaceflight
Provider:Massachusetts Institute of Technology
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Description: Spaceflight is exciting, and you don’t have to be a “Rocket Scientist” to share in the excitement! 16.00x makes the basics of spaceflight accessible to everyone. Join MIT Professor Jeffrey Hoffman, a former NASA astronaut who made five spaceflights and was the first astronaut to log 1000 hours on the Space Shuttle, as he teaches you the core principles behind space travel and exploration. The course will cover how rockets work, how spacecraft move in orbit, how we create artificial environments inside spacecraft to keep astronauts alive and healthy, what it’s like living in a world without gravity, how the human body adapts to space, and how spacewalks happen, plus more. Many lessons will be illustrated with Professor Hoffman’s own experiences in space.
Description: For 30 years the Space Shuttle enabled human spaceflight in the United States and partner nations. Learn all about the Shuttle with this unique course, which also serves as a unique historical record. Since the lecturers are the same people who designed, built and operated the Shuttle, this is a first-hand testimonial to the world’s first reusable spacecraft. This course examines how the Space Shuttle was designed and how its design was influenced by economics and politics. The course goes into detail on many of the Shuttle’s subsystems (e.g. rocket engines, thermal protection, aerodynamics, environmental control and life support, communications, etc.) and explains how the Shuttle was operated (launch, mission control, payloads, etc.). The course also uses the Space Shuttle to present the fundamentals of Systems Engineering. Students will gain a systems perspective on the complexities of Shuttle development and its operations. It explores both the Shuttle’s successes and its shortcomings and has valuable object lessons for future space initiatives. The Shuttle is a valuable case study in the advantages and difficulties involved in reusable space systems - particularly relevant today as reusability is a key requirement of many rockets and spacecraft currently under development.
New Space Economy: Technologies, Products, Services, and Business Models
Provider:MIT Professional Education
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Description: This course is ideal for both seasoned professionals and newcomers to the industry. It serves as a stepping stone to a world of information, companies, technologies, and applications related to the New Space Economy. The faculty and facilitators are highly experienced and knowledgeable, providing support throughout the course. Participants will join a cohort of amazing people with inspiring stories and portfolios of work.
How to write requirements in the Space Industry using a Knowledge Library based on ECSS standards
Provider:The REUSE Company
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Description: This webinar focuses on writing high-quality requirements in the space industry using a Knowledge Library based on ECSS standards. It covers the ECSS-E-ST-10-06C guidelines for developing technical requirements specifications and introduces the SE Suite, which includes glossaries, taxonomies of terms, types of requirements, requirements patterns, and quality rules.
How to Write Requirements Following the ECSS Standards
Provider:The REUSE Company
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Description: This course provides an in-depth understanding of how to write requirements in accordance with the ECSS standards. It covers the principles and guidelines for requirement writing, ensuring clarity, consistency, and completeness.
Description: The ESA Marketplace is designed to foster the development of scaling-up industrial players in new and emerging upstream and downstream markets, aiming to achieve sustained commercial growth. ESA supports commercial deals to either buy or sell products and services, allowing companies to work with the partners of their choice and facilitating the high-speed demands of today's market. The programme is technology-agnostic. To date, over 100 companies have engaged with the ESA Marketplace; 37 companies are involved in contracts; supported with €16M of co-funding. These companies have cited several success factors, including enhancing visibility and credibility through collaboration with ESA, enabling possible future partnerships, boosting customer acquisition, accelerating time-to-market for NewSpace products and services, and facilitating private investment into the Economic Operators. The feedback from the first participants reflects the achievements of the programme, in particular the very fast implementation enabling companies to go from idea to contract in just 3-6 months.
Description: This e-learning course contains the recordings and materials of the IP & Patents lecture series that took place between December 2024 and March 2025. Intellectual property and patents are strategic tools to be taken into consideration in business decision-making and strategy. In this nine-part series, specialists from the world of patents and IP introduce important concepts.
The Frozen Frontier: Monitoring the Greenland Ice Sheet from Space
Provider:European Space Agency
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Description: You’ll look at the measurements made possible by Earth Observation (EO) satellites like Cryosat, the technologies and techniques involved, the data generated, and its uses and challenges.
Description: A series of online learning materials suitable for anybody interested in the potential of remote sensing technologies for applications over land surfaces.
Description: Learn how Earth Observation is used in a wide range of real-world sustainable development and development assistance activities across the globe.
Description: The EO Africa RD Facility Webinars provide insights into the latest developments and research in Earth Observation (EO) technologies and their applications in Africa. These webinars aim to foster collaboration and knowledge sharing among researchers, practitioners, and stakeholders in the EO community.
Description: EUSPA has developed practical video training for drone operators, demonstrating how to set up and activate EGNOS in drones. The video also provides an overview of the benefits of using EGNOS and Galileo differentiators for drone operations.
United Nations Conference on Space Law and Policy: Emerging Issues in Space Law and Policy - Perspectives for African Nations
Provider:United Nations Office for Outer Space Affairs
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Description: The United Nations Conference on Space Law and Policy, organized in cooperation with the Economic Commission for Africa, focuses on emerging issues in space law and policy with a particular emphasis on perspectives for African nations. This virtual conference aims to provide a platform for discussions on the latest developments and challenges in space law and policy.
United Nations/Chile Conference on Space Law and Policy
Provider:United Nations Office for Outer Space Affairs
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Description: Governance and Legal Perspectives on Space Activities in Earth Orbit and Beyond. This virtual conference aims to discuss various aspects of space law and policy, focusing on governance and legal perspectives related to space activities both in Earth orbit and beyond.
Provider:United Nations Office for Outer Space Affairs (UNOOSA)
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Description: This webinar focuses on the role of innovation in driving growth within the space economy. It explores various aspects of space-related activities and their economic impacts, highlighting the importance of technological advancements and entrepreneurial initiatives in the sector.
Description: This webinar focuses on strategies and methodologies for scaling up space economy initiatives. It covers key aspects such as market analysis, funding opportunities, and partnership development.
United Nations/Japan Long-term Fellowship Programme: Post-graduate Study on Nano-Satellite Technologies (PNST)
Provider:United Nations Office for Outer Space Affairs and the Government of Japan in cooperation with the Kyushu Institute of Technology (Kyutech)
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Description: The United Nations/Japan Long-term Fellowship Programme: Post-graduate Study on Nano-Satellite Technologies (PNST) is provided by the United Nations Office for Outer Space Affairs and the Government of Japan in cooperation with the Kyushu Institute of Technology (Kyutech). The Programme will provide extensive research opportunities in nano-satellite systems through the use of the nano-satellite development and testing facilities available at Kyutech.
First United Nations Conference on Space Law and Policy
Provider:United Nations Office for Outer Space Affairs
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Description: The First United Nations Conference on Space Law and Policy was co-organized by the Government of the Russian Federation and hosted by the State Space Corporation 'ROSCOSMOS' in Moscow, Russian Federation, from 11 to 13 September 2018. The conference aimed to address various aspects of space law and policy, bringing together experts and stakeholders to discuss the latest developments and challenges in the field.
United Nations/ Turkey/ APSCO Conference on Space Law and Policy
Provider:United Nations Office for Outer Space Affairs
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Description: The United Nations/ Turkey/ APSCO Conference on Space Law and Policy, hosted by the Government of Turkey and co-organized by the TUBITAK Space Technologies Research Institute, the Turkish Space Agency, and the Asia Pacific Space Cooperation Organization, took place in Istanbul, Turkey from 23 to 26 September 2019. The conference aimed to discuss various aspects of space law and policy, providing a platform for participants to exchange knowledge and ideas.
Provider:United Nations Office for Outer Space Affairs (UNOOSA)
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Description: The Drop Tower Experiment Series is a fellowship programme of the United Nations Office for Outer Space Affairs (UNOOSA) in collaboration with the Center of Applied Space Technology and Microgravity (ZARM) and the German Aerospace Center (DLR). We started this programme in 2014.
Provider:United Nations Office for Outer Space Affairs
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Description: The Zero-Gravity Instrument Project (ZGIP) was initiated in 2012 as part of the Human Space Technology Initiative (HSTI)'s capacity-building activities, in which a fixed number of microgravity-simulating instruments, called Clinostats, have been distributed to selected schools and institutions worldwide.
Description: Our Executive Program in Space Entrepreneurship is an 8-week program guided by two expert lecturers: one specializing in Space and the other in Business Development. This program is designed for those who want to build their own space company — from refining their business concept to developing a professional investor pitch. Through finance-focused content, expert mentorship, and hands-on workshops, you’ll gain the skills needed to raise capital and launch.
Provider:University of Oxford Department for Continuing Education
Execution Date:
2026-06-22
Description: Due to the huge proliferation of wireless products, the use of RF system and sub-system elements is increasing. However, market demands in many business sectors are forcing dramatic cuts in the product-to-market schedule and on unit costs. One of the major causes for RF projects running over budget or timescale projections is due to the prototype re-work phase, which arises from the complex nature of RF design. This intensive, five-day practical course provides acceleration through the RF design learning curve by presenting a comprehensive introduction to RF and microwave design theory, techniques and measurements. It will give you an overview of the fundamental concepts involved with RF/Microwave design and presents design methodologies for both passive and active RF and microwave circuits and antenna design. Common RF/Microwave measurements are detailed and demonstrated. During the lectures you will see live demonstrations involving test equipment and computer-based simulation tools to illustrate concepts. In addition, you will have several opportunities to use the AWR Microwave Office design suite during the 'hands-on' sessions of this course. The course will also demonstrate the use of state-of-the-art measurement instruments on day 4 (Thursday). The presenters on the course are specialists drawn from both academia and industry, with a combined design experience of over fifty years. Group size limited to 16 delegates to maintain an effective delegate to course tutor ratio.
Description: The Space Studies Program (SSP) offers an intensive short course hosted each summer in different locations around the world. The program brings participants together for an intensive experience across all space disciplines. Through workshops, professional visits, and team projects, participants gain both breadth and depth in the space sector while joining a global alumni community that spans more than 110 countries.
Description: This course is a thorough examination of Africa’s space sector and ecosystem, within the context of the global space economy. It contains lectures and discussions on the conceptualisation, drafting process and content analysis of the African Space Policy and Strategy; adoption and implementation of the continental space programme and national space programmes; and the African space innovation ecosystem. These are examined within the context of the present and future international space governance system and global space economy. Through this course, participants will gain knowledge and insights into economics, public policy, law and governance, especially as pertains to the African space ecosystem. The course will be facilitated by experts including former members of the AUSWG and staff of the African Union Commission (AUC). The course modules and content are designed to accommodate participants from different academic and professional backgrounds. Live sessions take place virtually for the convenience of the participants. Also, there are non-live interactive sessions.
Description: This course provides an in-depth understanding of the design and operation of spacecraft systems. It covers various aspects of space systems engineering, including mission design, spacecraft subsystems, and integration and testing.
Description: The Master of Science: Space Studies (MSc) is an accredited program in Strasbourg, France. In three semesters, students gain a broad space foundation, choose a specialization, and complete a research project or internship to launch their space career. The program provides students with the knowledge and skills they need to succeed in the rapidly evolving space sector, covering all space domains and a wide range of topics. Students gain a deep understanding of space engineering, space applications, space exploration, and the physical and life sciences of the space environment. The program also emphasizes entrepreneurial aspects, preparing students to establish and fund space startups and master project management techniques.
Provider:The Institution of Engineering and Technology (IET)
Execution Date:
2026-10-12
Description: Our Satcoms training course will give you a comprehensive understanding of satellite communication technology and applications. Ideal for early-career professionals, graduate students and anyone wanting a refresher course in key concepts, the course provides a grounding in essential tools and skills to enable you to work across a wide spectrum of terminal manufacturers, platform vendors, satellite providers and network operators.
Description: Space activities are now integral to daily personal and global activities. They contribute to socio-economic and political progress, environmental sustainability, as well as scientific advancement. The World Economic Forum (WEF) and McKinsey project that the global space economy will be $1.8 trillion in about a decade from now. In January 2025, they also released their annual Global Cooperation Barometer, highlighting the state of global cooperation across five pillars, namely: trade and capital; innovation and technology; climate and natural capital; health and wellness; and peace & security. Space enables trade and commerce, movement of capital, development of innovations and spinoffs, tackling of climate issues, management natural resources, access to good health through access to health information and telemedicine, as well as serves as a tool for promoting peace and security. As such, organisations and countries need to leverage on space cooperation in order to advance their internal and international interests. Space is a dynamic and complex mix of competition, conflict and cooperation. It is also described as a congested, contested and competitive domain. Actors include private companies, international organisations and nation-states. This course is aimed at equipping professionals, policy makers, representatives, and stakeholders, with the knowledge and skills needed for strategic space cooperation and diplomacy. Participants will learn how to develop frameworks for sustainable and inclusive programmes, initiatives and ventures, both locally and globally. They will also understand how to link space policies and programmes with national interests (internal and international) while responding to local and international obligations. Beginning with international relations theory, the course explores systems, means and tools of space cooperation and diplomacy.
CAS Systems Engineering, Teamwork & Leadership
Provider:Hochschule Luzern
Execution Date:
2027-01-01
Description: Dieses CAS-Programm schärft Ihre Fähigkeit, komplexe technische Systeme zu entwickeln, mit Klarheit zu führen und die Zusammenarbeit in interdisziplinären Teams zu fördern - und macht Sie so fit für Ihre nächste Führungsaufgabe.
Description: The course aims to provide the attendants an overview of the spacecraft structural design, analysis and verification process related to the ECSS Standards, Handbooks and other literature. The following topics are covered: Structural General Requirements, Structural Verification Cycle, Load types and derivation (steady state, low frequency dynamics, high frequency acoustics and structure born vibrations, shock, thermal, constraints, micro-vibrations, etc.), Development Approach (prototype, proto-flight, STM, etc.), Design of Structures (material, processes, assembles, joints, allowable stress/load, etc.), Mechanical Analysis (models, validation, static dynamic, acoustic, stability, thermo-elastic, micro-vibrations, sloshing, system, subsystem, etc.), Damage Tolerance (hardware inspection, analytical verification, specific testing, etc.), Testing (static, modal, sine, acoustic, random, thermal, micro-vibrations, pressures, etc.), Structural requirements flow down, Mechanical Interfaces (Handbooks).
Objectives: Acquiring generic knowledge of structural design, materials and processes use and characterization, joining methods, analyses, testing, and model philosophy, leading to structural verification.
Short course: Compliant Cost Rates and Overheads for ESA Projects
Type: Online Material
Provider: European Space Agency (ESA)
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Description: This e-learning module contains a recording of the 'Compliant Cost Rates and Overheads for ESA Projects' training session given on the occasion of the virtual Industry Space Days 2020. The presentation is an abridged version of the standard training provided. The presentation is aimed at Financial Managers and Project Controllers of industrial entities, especially Small and Medium-sized Enterprises, wanting to work with ESA. It covers topics such as Industrial Cost Audits at ESA, Detailed Rates calculation, Non-allowable costs, Reasonability criteria, Escalation of Forward Rates, and Rates Agreements.
Objectives: Understand how to calculate hourly rates and overheads in line with ESA guidelines. Learn how rates are linked to and used in PSS forms which companies must complete in order to participate in an ESA Invitation to Tender (ITT).
Categories:EngineeringProject Management
Topics:Space Policy and EthicsTendering and Standardization
ECSS Training - Introduction and various standards
Type: Online Material
Provider: European Space Agency (ESA)
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Description: Learn more about the ECSS standardization system and various standards. Watch the replays of seven training sessions which were delivered on 25-28 March 2019 at ESA/ESTEC. They cover the following ECSS disciplines: Level 1 (introductory training), E-10 System Engineering, M-Management, E-40 Software Engineering, Q-80 Software Product Assurance, E-70 Ground Systems and Operations, U-10 Space Debris Mitigation.
Objectives: This e-learning module provides access to recordings of seven standardization training sessions.
Categories:ECSSSoftwareSystem Engineering
Topics:Spacecraft and Instrument OperationsTendering and Standardization
Special communication to Delegations: awareness session about the ESA Whistleblowing System
Type: Online Material
Provider: European Space Agency (ESA)
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Description: This awareness session about ESA's whistleblowing system is targeted at ESA delegates. The 30-minute presentation addresses the background of the ESA whistleblowing system and the dedicated ESA Policy on Prevention, Detection and Investigation of Fraud that it builds on. It describes the policy's main principles as well as the approach that ESA follows to tackle fraud, and more generally, to engage in financial misconduct prevention and fighting. Topics covered include prevention and awareness, detection and reporting as well as the setting of a dedicated framework for investigation. By following the session, participants will acquire a good understanding of the prevention measures, reporting mechanisms and detailed investigation procedures in place.
Objectives: The main objectives of the presentation are: to make the Policy on the Prevention, Detection and Investigation of Fraud known to and applied by every internal or external person or entity working with ESA or being a stakeholder thereof, including national delegates; to raise awareness about ESA’s whistleblowing system amongst delegations; to highlight the importance of reporting any suspicions or occurrences of fraud inside or outside the Agency, including by persons and entities other than ESA staff members.
Description: This course introduces the ECSS standardisation system. The presentation was held on 8 March 2023. The session focuses on understanding the ECSS standardisation system, needs of space standards, ECSS and the commitment of its members, ECSS organisation, production and approval of standardisation documents in ECSS, ECSS general policies, the ECSS standardisation documentation model, types of ECSS standardisation documents, ECSS documentation structure (branches and disciplines), denomination of ECSS documents, ECSS documents available, the set of ECSS standards as a system, characteristics of individual ECSS standards and requirements, anatomy of an ECSS standard, application in space projects and dissemination of ECSS standards, tailoring, requirement management tool: DOORS, and dissemination of ECSS information.
Objectives: Participants watching the replay will gain some basic knowledge about the ECSS standardisation system and how it applies to space projects.
ECSS discipline U-10 Space Debris Mitigation (2023)
Type: Webinar
Provider: European Space Agency (ESA)
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Description: This webinar, delivered in March 2023, covers the ECSS discipline U-10 Space Debris Mitigation. The course provides participants with some basic knowledge about ESA space debris mitigation requirements and associated verification of compliance processes: System view of space debris mitigation requirements, its relationships and interfaces, its utilisation and impact on the development of ESA programme and project activities. Understanding of space debris mitigation requirements and associated activities applicable to ESA projects including a brief overview of most commonly performed analyses. Understanding of the compliance verification process of space debris mitigation requirements to establish ITT and project specific requirements. Management of the space debris mitigation engineering programme aspects in space projects. Management and assessment of the implementation of the space debris mitigation programme plans by Prime and Subcontractors. The course addresses space debris mitigation and ECSS-U-AS-10C Rev. 1 (adoption notice for ISO 24113:2019) including the following: Overview of space debris mitigation related to system engineering disciplines. Relationships and interfaces between space debris mitigation and other programmatic/technical disciplines. Utilisation and impact of ECSS-U-AS-10C Rev. 1 on ESA projects. Understanding of space debris mitigation requirements from a system engineering perspective including their flow-down from system to lower levels. Overview of most commonly used space debris mitigation processes, methods, tools and analyses for compliance with requirements. Overview of space debris mitigation issues encountered in the management of space debris mitigation engineering and assurance programs.
Objectives: The objective of the Space Debris Mitigation course is to: provide participants with a thorough understanding of: the requirements for space debris mitigation applicable to ESA projects, the processes for compliance, improve the knowledge to implement and manage effectively space debris mitigation requirements in accordance with the relevant standards in the list of ESA Applicable Standards (LEAS), provide the understanding of the interactions between space debris mitigation and other engineering principles, both programmatic and technical.
Description: This webinar, which took place in March 2023, covers the ECSS discipline Q-80 Software Product Assurance. The following main topics are addressed in the course: Planning and implementation of a software product assurance programme, Software process assurance, including software dependability and safety, software reuse, software configuration management, Software verification and validation, Quality of the software products and processes, including quality models and metrication.
Objectives: The objective of the Q-80 Software Product Assurance course is to provide the participants with an understanding of the software product assurance requirements defined in the ECSS-Q-80 discipline and the corresponding processes implemented in space application projects. The course will allow the participants: to understand the scope and purpose of software product assurance, to get familiar with the ECSS-Q-80 Standard and its relation with the ECSS-E-40 Standard, to understand the principles of tailoring of ECSS Standards.
ECSS discipline E-70 Ground Systems and Operations (April 2023)
Type: Online Material
Provider: European Space Agency (ESA)
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Description: The ground systems and operations staff are key elements of a space system and play an essential role in achieving mission success. The E-70 branch of ECSS covered in this lecture provides a process covering the definition, design, production, verification, validation, post-launch operations and post-operational activities of both ground segment and space segment elements. It also covers the timeline of a typical mission and the other ECSS documents available to support this activity area.
Objectives: The objective of this session is to introduce an audience already familiar with ground systems and operations to the ECSS E-ST-70C standard.
Categories:ECSS ESystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: This course was given in March 2023 and introduces the ECSS M-branch. It covers the following documents: ECSS-M-ST-10C Rev.1 – Project planning and implementation, ECSS-M-ST-10-01C – Organization and conduct of reviews, ECSS-M-ST-40C Rev.1 – Configuration and information management, ECSS-M-ST-60C – Cost and schedule management, ECSS-M-ST-80C – Risk management.
Objectives: The objective of the session is to introduce the audience to project management standardisation; to provide basic knowledge of the ECSS management branch and the activities to be performed in ESA projects to address their practical implementation.
Categories:Project ManagementSystem Engineering
Topics:Mission DesignTendering and Standardization
Description: Download the presentations given during the SME+Midcap Days on 25+26 April here (day 1 and day 2 SME programme). After a successful registration and log-in, the PDFs can be accessed via the tab 'Resources' in the upper right corner of the page.
Objectives: To provide access to SME+Midcap Days 2023 Day 1 and Day 2 SME programme resources.
ECSS discipline E-20 Electrical and optical engineering (May 2023)
Type: Online Course
Provider: European Space Agency (ESA)
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Description: The course will provide attendees with a basic understanding of key requirements in ECSS-E-ST-20-C and other E-20 series standards. It aims to better familiarize participants with some of the E-20 standards and enhance their capability to assess RFDs or RFWs with proper knowledge of the underlying rationale. The course is aimed at project system engineers and electrical architects. A reference presentation will be provided to participants in advance to read before the course, followed by a Q&A session and a training presentation.
Objectives: Explaining the rationale behind key requirements in the ECSS E-20 discipline.
Categories:ECSS EElectrical and Optical EngineeringEngineering
Topics:Spacecraft and Instrument OperationsTendering and Standardization
Description: The ECSS Q-40 (Safety) training course will provide basic knowledge of the ESA safety requirements, approach and policy. This will include the understanding of the interactions between safety and the other programmatic and technical disciplines of ESA projects, the tailoring of the safety requirements to project/mission specific objectives and the overview of the main safety analyses and activities to support the process for the requirements implementation.
Objectives: The objective of the ECSS Q-40 Safety course is to raise a basic knowledge of the ECSS Q-40 discipline, of the safety activities to be performed in the ESA projects, and to address the practical implementation of the requirements in ECSS-Q-ST-40C.
ECSS discipline Q-70 Materials, mechanical parts and processes (October 2023)
Type: Online Course
Provider: European Space Agency (ESA)
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Description: The course will cover the practical relevance of Materials, Mechanical Parts and Processes (MMPP) Product Assurance from the Q-70 ECSS discipline; the associated processes, milestones, risks associated with the omission of requirements, and the benefits of an adequate and timely implementation of requirements in the project and mission context. The course will provide the attendees a basic awareness of necessary engineering activities, decision criteria for the selection of materials, mechanical parts and processes, the identification of general risk areas, information resources, and where to find expert support.
Objectives: The objective of Q-70 Materials, Mechanical Parts and Processes course is to develop a basic understanding and appreciation of PA requirements for Materials, Mechanical Parts and Processes to be used in space projects.
Categories:ECSS Q
Topics:Spacecraft and Instrument OperationsTendering and Standardization
Description: This e-learning course contains the recordings and materials of the 'IP and patents lecture series' that took place in November and December 2022. Intellectual property and patents are strategic tools to be taken into consideration in business decision-making and strategy. In this nine-part series, specialists from the world of patents and IP introduce important concepts and delve into issues such as patents, trade secrets and due diligence.
Objectives: To provide attendees with an understanding of the subject of patents and intellectual property, and the impact and influence on their businesses.
Description: This e-learning course contains the recordings and materials of the 'IP and patents lecture series' that took place in November and December 2023. Intellectual property and patents are strategic tools to be taken into consideration in business decision-making and strategy. In this nine-part series, specialists from the world of patents and IP introduce important concepts.
Objectives: To provide attendees with an understanding of the subject of patents and intellectual property, and the impact and influence on their businesses.
Description: Learn more about some of the ECSS Engineering standards and watch the replays of six training sessions which were delivered on 11 - 13 June 2019 at ESA/ESTEC. They cover the following ECSS disciplines: E-32 Structures, E-31 Thermal, E-20 Electric / Electronics, E-33 Mechanisms, E-60 Control Engineering, E-50 Communications.
Objectives: This e-learning module provides access to recordings of six standardization training sessions.
Short course: Compliant PSS-A forms for ESA projects
Type: Online Material
Provider: European Space Agency (ESA)
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Description: This e-learning module contains a recording of the "Compliant PSS-A forms for ESA projects" training session given on the occasion of the virtual Industry Space Days 2020. The presentation is an abridged version of the standard training provided. A company participating in an ESA Invitation To Tender (ITT) is required to complete a financial proposal that includes the ESA Procedures, Specification and Standards Forms – known as PSS forms. ESA PSS forms show cost data and are required under the General Conditions of Tender for ESA Contracts (ESA/REG/001, rev.5, Annex IV). The Tender Evaluation Board (TEB) uses this information to conduct a review, comparison and selection from the various tenders received in response to an ITT. The information in the PSS tables is used to break down costs and give transparency to the total price of an industrial proposal.
Objectives: To help participants better understand the PSS forms, enabling them to construct a coherent financial proposal. To introduce the PSS terminology to those new to ESA. To demonstrate the links between the costing forms.
Description: The IPC-J-STD-001 “Requirements for soldered electrical and electronic assemblies” has emerged as the pre-eminent authority for Electronic assembly manufacturing worldwide. The standard describes materials, methods and verification criteria for producing high quality soldered interconnections. The standard emphasises process control and established industry consensus requirements for a broad range of electronic connections.
Objectives: The training program provides both a theoretical and practical review of the IPC-J-STD-001 criteria. CIT Training requires the use of lead free solder on at least 50% of the practical soldering samples. During soldering labs, students will learn approved assembly and soldering processes for terminal/wire, Through-Hole and Surface Mount soldering.
Categories:Electrical and Optical EngineeringEngineeringProduct/Quality Assurance
Topics:Safety and SecuritySpacecraft and Instrument Operations
Description: This course is designed to help electronic manufacturers achieve the highest quality, productivity, and cost-effective production by ensuring that personnel can correctly apply the acceptability criteria of the IPC-A-610 “Acceptability of Electronic Assemblies” whilst performing visual inspection of PCB’s.
Objectives: This certification will demonstrate your commitment to customer requirements and greatly assists any company dedicated to ISO or other quality assurance initiatives. Upon satisfactory course completion participants will receive IPC certification, which is valid for 2 years. This training and certification has immediate recognition and value throughout the electronics industry.
Categories:Electrical and Optical EngineeringEngineering
Description: This course provides a detailed description of a best practice process for ESA proposals, based on aerospace industry standards applied in North America and Europe. It will teach an efficient method of selecting and compiling compelling proposals. It also reviews the ESA ITT pack and EXPRO Proposal templates in detail to maximise the chances of a successful proposal response. This interactive course includes a workshop with participants reviewing and compiling a proposal.
Objectives: Ability to apply a proven successful efficient process for ESA proposals. Ability to apply key skills and techniques to ensure proposals sell well to ESA. Detailed understanding of key parts of ESA Invitation to Tender document pack, the EXPRO Proposal Template and ESA PSS sheets. Take away proposal manual with a 'how to' guide to ESA proposal management and implementation.
Categories:Project ManagementSystem Engineering
Topics:Mission DesignTendering and Standardization
Description: This train the trainer program teaches industry approved techniques on through hole and surface mount rework, land conductor and laminate repair. It also provides a flexible highly skilled-oriented training program with teaching materials that enable a qualified representative from your company to train personnel on a variety of procedures from the IPC-7711 'Rework of Electronic Assemblies' and the IPC-7721 'Repair and Modification of Printed boards and Electronic assemblies'.
Objectives: This course enables the candidate to know the scope, purpose, background and controls of both the IPC-7711 & IPC-7721. The course also provides a uniform method for training and certifying both the knowledge and advanced practical skills of rework & repair personnel to the requirements of the standard.
Categories:Electrical and Optical EngineeringEngineeringProduct/Quality Assurance
Topics:Safety and SecuritySpacecraft and Instrument Operations
Description: Nearly everything electronic in the universe depends on the Printed Circuit Board (PCB). For many years, the IPC-A-600 'Acceptability of Printed Boards' document has set the standard for PCB workmanship quality, giving comprehensive acceptance criteria with full colour illustrations and photographs showing all types of printed board surface and internal conditions. Because of its importance to both the PCB manufacturer and assembler, the IPC-A-600 has become one of the most widely used documents ever published by IPC.
Objectives: The training program provides both a theoretical and practical review of the IPC-J-STD-001 criteria. CIT Training requires the use of lead free solder on at least 50% of the practical soldering samples. During soldering labs, students will learn approved assembly and soldering processes for terminal/wire, Through-Hole and Surface Mount soldering.
Categories:Electrical and Optical EngineeringEngineeringProduct/Quality Assurance
Topics:Safety and SecuritySpacecraft and Instrument OperationsTendering and Standardization
Description: IPC/WHMA-A-620 is the first industry consensus standard for cable and wire harness fabrication and installation. Classes of products are defined and include criteria for Target, Acceptable, Process Indicator and Defect conditions to support the collection of visual quality acceptability requirements for each class. These criteria are supported by full-colour illustrations. After your trainers are certified to this specification, they will be qualified to teach and certify individuals in the IPC/WHMA-A-620 standard.
Objectives: The training program provides both a theoretical and practical review of the IPC-J-STD-001 criteria. CIT Training requires the use of lead free solder on at least 50% of the practical soldering samples. During soldering labs, students will learn approved assembly and soldering processes for terminal/wire, Through-Hole and Surface Mount soldering.
Categories:Electrical and Optical EngineeringEngineeringProduct/Quality Assurance
Topics:Safety and SecuritySpacecraft and Instrument Operations
Description: This training course introduces the fundamentals of how to successfully engage with the European Space Agency [ESA]. It includes all the practical information required to support a straightforward start to working with ESA, including an introduction to the procurement process; the esa-star system; Tender and Proposal Template documents; IP requirements and PSS cost breakdown forms. Upon completion, course graduates will be ready to engage with ESA in a knowledgeable and efficient manner.
Objectives: How to engage & interact with ESA. Practical knowledge of how to register with ESA & respond to ITT’s. Understanding the key parts of ESA Invitation To Tender document pack. Understanding of ESA PSS sheets. Knowledge of ESA IP Policy. Take away pack on key details on How to Do Business with ESA.
Categories:Project Management
Topics:Space Policy and EthicsTendering and Standardization
Industry Information webinar about ESA’s new Profit Policy (2023)
Type: Online Material
Provider: European Space Agency (ESA)
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Description: An online information session for industry about ESA's new Profit Policy took place on 12 April 2023. This e-learning module contains the recording. During the webinar representatives from ESA's Procurement Department and Industrial Audit Services Office provided an overview of the new policy in place, outlining its implementation modalities, including the selection and calculation of the profit rate for an ITT (based on contractual risk and complexity risk which will be explained in detail) as well as the enhanced contractual risk sharing provisions in space projects, i.e. the Management Reserve which consists of the Basic Management Reserve (BMR) and the Subcontractor Management Reserve (SMR). The presenters outlined the purpose of the BMR and SMR, what the reserves cover, how they are calculated as well as which entities are entitled to include BMR and SMR as part of their price and who controls the funds. Examples about the new management reserve scheme were provided, in particular the SMR.
Objectives: The objective of the webinar was to inform Economic Operators in ESA Member States, Associate States and Cooperating States, in particular SMEs and Midcaps, about ESA’s new profit policy and its implementation modalities, highlighting in particular the new range of profit rate percentages linked to core risks which will determine a company’s contract profit as well as the new Management Reserve dedicated to the supply chain, the SMR.
Description: This e-learning module which covers ESA's whistleblowing system is targeted at persons and entities external to ESA, specifically at industry. It contains a 30-minute presentation which addresses the background of the ESA whistleblowing system and the dedicated ESA Policy on the Prevention, Detection and Investigation of Fraud that it builds on. The session describes the policy's main principles as well as the approach that ESA follows to tackle fraud, and more generally, to engage in financial misconduct prevention and fighting. Topics covered include prevention and awareness, detection and reporting as well as the setting of a dedicated framework for investigation. By following the module, participants will acquire a good understanding of the prevention measures, reporting mechanisms and detailed investigation procedures in place. A quiz at the end of the module tests your knowledge and understanding of the content provided. Results are recorded in your Learning Hub user profile.
Objectives: The main objectives of the module are: to make the Policy on the Prevention, Detection and Investigation of Fraud known to and applied by everyone working with ESA, to raise awareness about ESA’s whistleblowing system amongst the industrial community, to highlight the importance of reporting any suspicions or occurrences of fraud inside or outside the Agency, including by persons and entities other than ESA staff members.
Description: To do business with entities, ESA has developed a procedure and an associated ESA Costing Software tool called ECOS for aggregating and calculating the price elements of a financial proposals through the entire contractual chain. This e-learning module provides access to the ECOS self-training manual and the associated training support files, through a Video training. ECOS 6, the new version of ECOS is under implementation. Online trainings will be offered free of charge to all companies doing business with ESA.
Objectives: The ECOS self-training manual has been developed to allow ECOS users to get familiar with software version ECOS 5.3. It is based on a series of hands-on exercises that will allow users to progressively get familiar with the most used features of the application software. After one day of training, users should be able to: configure their own environment; enter all data related to financial offers and handled by ECOS; define and send ITT files to sub-contractors; select/integrate Tender files received from sub-contractors to prepare an Integrated Tender to be sent to the upper tier.
Description: Learn more about some of the ECSS Product Assurance standards and watch the replays of four training sessions which were delivered on 14 - 16 October 2019 at ESA/ESTEC. They cover the following ECSS disciplines: Q-10 / Q-20 Product and Quality Assurance, Q-40 Safety, Q-60 EEE Components, Q-70 Material, Mechanical parts and processes.
Objectives: This e-learning module provides access to recordings of four standardization training sessions.
Categories:EEEProduct/Quality Assurance
Topics:Safety and SecurityTendering and Standardization
Description: The Fundamentals of GIS course provides a comprehensive introduction to Geographic Information Systems, offering both theoretical insights and practical applications. The course comprises six modules, beginning with an overview of GIS uses, applications, and data types, it progresses through modules exploring spatial data creation, vector and raster layer styling and visualization techniques. Additionally, it offers insights into spatial analysis methods and tools, as well as emerging trends like accessible and collaborative mapping.
Objectives: Learn about GIS fundamentals, different data types such as raster and vector, data creation, vector and raster layer styling and visualization, spatial analysis methods and tools, and new trends in GIS like accessible and collaborative mapping.
Categories:EngineeringSoftware
Topics:Data ExploitationEducation and Public Outreach / Public Engagement
Description: This free course, Astronomy: images of the Universe, explores the fascinating world of astronomy through the lens of images. It covers various astronomical phenomena and the techniques used to capture and interpret these images.
Objectives: By the end of this course, you will have a better understanding of how astronomical images are captured and processed, the science behind these images, and the various phenomena they reveal about the universe.
Topics:Space EnvironmentSpacecraft and Instrument Operations
Description: Are you fascinated by Geosciences and willing to take the challenge of predicting the nature and behavior of the Earth subsurface? This is your course! In a voyage through the Earth, Geoscience: the Earth and its Resources will explore the Earth interior and the processes forming mountains and sedimentary basins. You will understand how the sediments are formed, transported, deposited and deformed. You will develop knowledge on the behavior of petroleum and water resources. The course has an innovative approach focusing on key fundamental processes, exploring their nature and quantitative interactions. It will be shown how this acquired knowledge is used to predict the nature and behavior of the Earth subsurface. This is your ideal first step as a future Geoscientists or professional to upgrade your knowledge in the domain of Earth Sciences.
Objectives: 1. The Rocks, the Earth and Plate Tectonics
2. The lithosphere: horizontal deformations, upward and downward vertical movements: Mountains and sedimentary basins
3. Climate, sediment production and deposition in the continental domain
4. Sediments in the marine domain
5. Hydrocarbon geology
6. Hydrogeology
Description: This set of learning resources is presented in the form of a light-touch 'MOOC' (Massive Open Online Course). The 'MOOC' examines the benefits of Earth Observation (EO) for International Development Assistance (IDA). It features contributions and perspectives from leading voices in development from the World Bank, Asian Development Bank, European Space Agency (ESA) and client countries. It shows examples of data, applications and new capabilities under the Space for IDA cooperation agreement and stemming from the previous EO4SD partnership between ESA, the World Bank and Asian Development Bank, as well as related initiatives.
Objectives: This 'MOOC' is designed for people who want to learn more about EO for international development assistance and the ESA Space for IDA cooperation agreement. The course can also help decision-makers, policy-makers, educators and communicators to gain a better insight into the impact of Earth Observation in a wide range of real-world sustainable development and development assistance contexts.
Description: This course teaches the concepts of data cubes, cloud platforms, and open science in the context of earth observation. It targets Earth Science students and researchers who want to increase their technical capabilities onto the newest standards in EO computing, as well as Data Scientists who want to dive into the world of EO and apply their technical background to a new field. The course is designed to span 30 hours in total, but it is conveniently broken down into smaller sections to facilitate ease of completion and flexibility in scheduling.
Objectives: The course explains the concepts of data cubes, EO cloud platforms, and open science by applying them to a typical EO workflow from data discovery, and data processing up to sharing the results in an open and FAIR (Findable, Accessible, Interoperable, Reusable) way. You will learn the theoretical concepts of cloud native EO processing and have gained practical experience by conducting an end-to-end EO workflow. You will be capable of independently using cloud platforms to approach EO-related research questions and be confident in how to share research by adhering to the concepts of open science.
Description: Savanna ecosystems are unique landscapes appearing on four different continents across the globe. These tropical grasslands are known for their warm to hot temperatures and the significant impact of seasonal rainfall, shaping their appearance. Like most biomes, savannas are characterized by a variety of environmental factors, large amounts of species as well as the impact of human activity, which needs to be balanced for the landscape to survive. By increasing temperatures globally, we are putting savannas in imminent danger. Unprecedented droughts and mismanagement led to the disappearance of species and fostered biome regime shifts in terms of dominant species.
Objectives: In these lessons, you will learn about the meaning of invasive species for vulnerable ecosystems and how to monitor them in a savanna environment using time series data. Further, you will gain insights into the distribution of woody vegetation and how this vegetation type, typical for dry landscapes, can be mapped using multi-temporal microwave data.
Beyond the Visible – EnMAP data access and image preprocessing techniques
Type: Online Course
Provider: GFZ Potsdam and German Aerospace Center
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Description: In this course, you will learn the principles of hyperspectral image preprocessing and how this workflow is reflected in EnMAP products, get to know the German hyperspectral mission EnMAP in much more detail, and see how you can access EnMAP data, and order new acquisitions. No matter if you are a student or a professional or whatever continent you are from, this course was designed for you and we hope to provide some helpful background information, process understanding and guidance on how to access the world as seen by EnMAP.
Objectives: This course will provide you with the fundamentals of hyperspectral image preprocessing, guide you through the somewhat complicated process of ordering EnMAP data and gives you access to free data sources, open-source software and hands-on training exercises. By the end of this course, you should have learned how a big satellite mission like EnMAP is organized, the need for thorough preprocessing of imaging spectroscopy data, the most important preprocessing steps (over LAND), the complexity of the preprocessing process, how to assess data quality, what do the different EnMAP product levels include and what they are useful for, how to register to the EnMAP Data Access Portal, submit a new data proposal, order future acquisitions, and search for already existing data in the archive, and finally, how to preprocess an imaging spectroscopy dataset yourself!
Categories:EngineeringSoftwareSystem Engineering
Topics:Data ExploitationMission DesignSpacecraft and Instrument Operations
Beyond the Visible – Imaging Spectroscopy for Agricultural Applications
Type: Online Course
Provider: EO College
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Description: In this course, you will learn how to use imaging spectroscopy data for agricultural applications. No matter if you are a student or a professional or whatever continent you are from, this course was designed for you and we hope to provide some helpful background information, process understanding and applications that relate to your area of interest or expertise.
Objectives: This course will provide you with the fundamentals of imaging spectroscopy specifically for agricultural applications and gives you access to free data sources, open-source software and hands-on training exercises. By the end of this course, you should have learned the benefits of imaging spectroscopy for agricultural applications, the physical and chemical factors controlling leaf and canopy reflectance, which biophysical and biochemical variables can be retrieved as 'vegetation traits', some basics of campaign- and sampling design, how reference data are acquired in an agricultural context, where you can get imaging spectroscopy data from and what software you could use, which methods to apply in an agricultural context, and finally, how to analyze an imaging spectroscopy dataset yourself!
Description: Urbanization is changing our planet. About half of the world’s population already lives in cities. By 2050 that proportion is expected to rise to two-thirds. The loss of vegetation and the sprawl of impervious surfaces that are connected to this process are the cause of many problems societies have to face in the future. On the social level cities in the southern hemisphere are experiencing an uptick in unregulated settling resulting in the sprawl of slums, leaving large amounts of people in dire situations cut off from the most basic needs of daily life. Remote sensing can help to better understand those problems by capturing the changes in urban areas. Besides just visual observations, it also can provide quantification and more detailed information on the impacts of those changes, and thus provide decision-makers with valuable information.
Objectives: The hands-on lessons in this course will teach you: How to map urban areas using high-resolution data in Google Earth Engine, How to quantify urban heat islands in cities in Google Earth Engine, How to visually delineate slum areas, How to predict slum areas using an advanced classification algorithm in R for the city of Lagos in Nigeria.
E-learning Course on the Guidelines for the Long-term Sustainability of Outer Space Activities
Type: Online Course
Provider: United Nations Office for Outer Space Affairs (UNOOSA)
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Description: This e-learning course is a free, 60-minute interactive course consisting of 26 short lessons and is open to anyone interested in the sustainability of space activities. The course provides an overview of the Guidelines for the Long-term Sustainability of Outer Space Activities, offering insights into the critical role of space activities, the expanding space sector and its challenges, as well as an in-depth exploration of the preamble and the 21 guidelines outlined in the Guidelines for the Long-term Sustainability of Outer Space Activities.
Objectives: The course aims to raise awareness and build capacity related to the implementation of the Guidelines for the Long-term Sustainability of Outer Space Activities. It provides an overview of the guidelines, insights into the critical role of space activities, the expanding space sector and its challenges, and an in-depth exploration of the preamble and the 21 guidelines.
Description: This masterclass focuses on the innovative uses of Earth observation technologies and their applications. Participants will learn about the latest advancements in satellite technology and how Earth observation data can be utilized in various industries.
Objectives: The objectives of this masterclass are to provide participants with an understanding of Earth observation technologies, demonstrate the applications of satellite data in different sectors, and explore the potential for innovation in the field of Earth observation.
Description: The ability to design and work effectively with FPGA-based circuit cards is critical for FPGA engineers. This course aims to give attendees the ability to understand key design decisions, standards, considerations, and trade-offs to enable the development of FPGA-based solutions along with how to approach testing and verification.
Objectives: To provide attendees with the skills to design and work effectively with FPGA-based circuit cards, understand key design decisions, standards, considerations, and trade-offs, and approach testing and verification of FPGA-based solutions.
Categories:Electrical and Optical EngineeringEngineering
Topics:Mission DesignSpacecraft and Instrument Operations
Provider: University of Reading Data Assimilation Research Centre
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Description: Data assimilation has potential applications in a wide variety of fields. This course aims to provide an introduction to the basic concepts of data assimilation without assuming a background in mathematical concepts or any specialist subject knowledge.
Objectives: Start with an introduction to the components that are used in data assimilation processes. Learn about the process of data assimilation, and some different techniques that are used. Discover existing and potential future applications for data assimilation.
Categories:EngineeringSoftware
Topics:Data ExploitationSpacecraft and Instrument Operations
Provider: Stellar Training for Astronaut Readiness
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Description: A comprehensive 9-week course filled with lessons, activities, exercises, and live group sessions to provide you with the foundational human performance knowledge and skills necessary to prepare you for an analog mission.
Objectives: Learn the fundamentals of everything you need to know to prepare for an analog mission, including physical capabilities, injury prevention, mental fitness, team cohesion, communication, and managing human errors.
Description: Welcome to Nova Space’s Rocket Science and Space Launch Course. This course will teach you the fundamentals behind how we deliver objects to space. Understanding these concepts are crucial to understanding other fields of expertise across the space industry. For example, by realizing that a customer’s initial requirements will require an extremely large satellite payload, you will be able to effectively communicate early in the design process that the customer can expect high launch costs due to the anticipated satellite size. This course will also give you a better understanding when communicating with professionals in the launch industry in a project setting.
Objectives: This course aims to provide a comprehensive understanding of the fundamentals of delivering objects to space, enabling effective communication regarding launch costs and satellite payloads, and enhancing interactions with professionals in the launch industry.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: Learn about the possibilities of the next generation of the space economy. In this course, you will be introduced to concepts behind on-orbit manufacturing and some of the challenges associated with operating a hotel in space. Taking this course will give you a better appreciation and understanding of the immense logistical challenges associated with prolonged human spaceflight and will open your mind to the possibilities of the next space era. Join the fastest growing network of space professionals today and get exclusive access to Nova Space Community events. Upon completion, you will also receive a digital credential to add to your LinkedIn and other social media platforms.
Objectives: Understand the concepts behind on-orbit manufacturing. Learn about the challenges associated with operating a hotel in space. Gain appreciation for the logistical challenges of prolonged human spaceflight. Explore the possibilities of the next space era.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: In the Basic Remote Sensing Course, you will experience the satellite design process for a remote sensing spacecraft. Starting with receiving and analyzing customer requirements, you will proceed throughout this interactive story as a member on various teams that are designing and making decisions regarding this remote sensing systems. You will make decisions regarding orbit design, payload design, satellite bus design, which launch vehicle to use and many others as you progress in the story. Remember, each decision you make could affect other areas of the project.
Objectives: Experience the satellite design process for a remote sensing spacecraft, analyze customer requirements, make decisions regarding orbit design, payload design, satellite bus design, and launch vehicle selection.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: Learn how we as humans observe the cosmos and unlock the mysteries of space. In this course, you will be introduced to the concepts and some technology behind deep space observation missions and the difference between these sensors and Earth observing sensors. With exciting innovations like the James Webb Space Telescope that are revolutionizing the way in which we observe our universe, the topic of deep space observation is at the forefront of many academic and scientific organizations. Earn your digital credential today and join the fastest growing space professional community!
Objectives: Understand the concepts and technology behind deep space observation missions. Learn the differences between deep space sensors and Earth observing sensors. Explore innovations like the James Webb Space Telescope and their impact on space observation.
Categories:Engineering
Topics:Space EnvironmentSpacecraft and Instrument Operations
Specialty Course Bundle - Nova Space Professional Community
Type: Online Course
Provider: Nova Space
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Description: Join the fastest growing network of space professionals and take our award winning professional development program. This bundle includes the GEO Servicing Satellite, LEO Communications Systems, Deep Space Observation, Intro to Space Tourism, and the Space Hotel Short Courses. Purchasing this bundle will save students $45 when compared to purchasing these courses separately. Enroll today to learn about these exciting topics and get exclusive access to member only events in the Nova Space Community.
Objectives: Transforming the Space Workforce with Purpose-Driven Learning.
Description: Welcome to the award winning Nova Space Basic PNT Course. In this course, you will be serving as a project manager that has been tasked with developing a GPS augmentation space system to provide improved signal in the Northern polar region. While the main focus of the course centers around PNT services, you will work with your various team members to make decisions regarding orbit design, bus options, and satellite operations to ensure that the customer requirements are being met while learning how decisions in one area can affect other aspects of the project. With the knowledge received in this course, you will be able to effectively speak to and understand topics related to PNT, which is one of the largest space service sectors.
Objectives: In this course, you will learn to develop a GPS augmentation space system, make decisions regarding orbit design, bus options, and satellite operations, and understand how decisions in one area can affect other aspects of the project. You will gain knowledge to effectively speak to and understand topics related to PNT services.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: Welcome to the Space Systems Engineering Course by Nova Space. In this course, you will learn about the satellite design process as well as the various systems and subsystems that you will typically find on a spacecraft. You will also learn how changes involving one subsystem can impact other subsystems on a spacecraft. Knowing these tradespaces will enable you to be a valuable, contributing member on a variety of teams in the space industry. Upon completion of this course, you will receive a digital credential through Credly to display alongside of your other professional qualifications.
Objectives: Learn about the satellite design process and the various systems and subsystems on a spacecraft. Understand how changes in one subsystem can impact other subsystems, enabling you to be a valuable team member in the space industry.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: Welcome to Nova Space’s Introduction to Orbits Course. In this course, you will learn the basics behind the physics of how objects are placed into orbits and what causes them to remain in orbit. You will also learn about the various orbital regimes that are commonly used by spacecraft. With this knowledge, you will be able to communicate effectively on a variety of teams across the space industry.
Objectives: In this course, you will learn the basics behind the physics of how objects are placed into orbits and what causes them to remain in orbit. You will also learn about the various orbital regimes that are commonly used by spacecraft. With this knowledge, you will be able to communicate effectively on a variety of teams across the space industry.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: Welcome to the Nova Space Professional Course, the first in a series of courses designed to set the new standard for baseline knowledge, communication, and professional development within the Space Industry. This course was specifically designed for the full range of student experience levels. Those new to space operations and astronautics should start with the conceptual modules that provide a rich background in all major areas relating to this multi-disciplinary field. After completing these, the student will be well prepared to demonstrate their understanding of these topics in completing the interactive stories. For those more experienced, you can either refresh your knowledge base across the areas first or dive right into the interactive stories to demonstrate your mastery of the topic areas. If you find yourself struggling at any point the course will direct you back to the fundamental knowledge to help you proceed. Thank you for choosing to take our course and we are excited to take this journey with you in demonstrating what makes You a Space Professional.
Objectives: The course aims to provide baseline knowledge, communication skills, and professional development within the Space Industry. It is designed for all experience levels, offering conceptual modules for beginners and interactive stories for more experienced individuals to demonstrate their mastery. The course also provides guidance to help students proceed if they encounter difficulties.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: Explore the exciting industry of space tourism in this award winning course. In this course, you will get an introduction to the field of space tourism and some of the challenges associated with sending tourists to space. Companies like Blue Origin, SpaceX and Virgin are all at the cutting edge of space tourism and will need a qualified workforce to help them achieve their future ambitions. Upon completion, you will receive a digital credential to add to your LinkedIn and other social media platforms to demonstrate your knowledge of this topic. Enroll today to join the fastest growing space professional community!
Objectives: Introduction to the field of space tourism and understanding the challenges associated with sending tourists to space. Gain insights into the industry's leading companies and their future ambitions. Obtain a digital credential upon completion to showcase your knowledge.
Categories:Other
Topics:Space Policy and EthicsSpacecraft and Instrument Operations
Description: This course bundle includes the Space Environment and Electromagnetic Spectrum Course, the Introduction to Orbits Course, the Rocket Science and Space Launch Course, the Space Systems Engineering Course and the Space Mission Areas and Capabilities Course. Upon completion of each course, you will receive a Credly digital credential that you can add to your professional profile on social media or elsewhere.
Objectives: Transforming the Space Workforce with Purpose-Driven Learning.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpace EnvironmentSpacecraft and Instrument Operations
Description: Welcome to the exciting and innovative technology of servicing satellites! In this course, you will learn how companies are revolutionizing the way in which space logistics are being employed to support the space ecosystem. With this technology, companies are now able to prolong the operational lifespans of their satellites on orbit as well as design new systems that are capable of remaining in orbit far longer than systems of the past. Understanding this emerging space service sector will give you a unique insight into one of the fastest growing sections of the space industry. Earn your digital credential today and join the fastest growing network of space professionals!
Objectives: Learn how companies are revolutionizing space logistics to support the space ecosystem. Understand how technology is prolonging the operational lifespans of satellites and designing new systems capable of remaining in orbit longer. Gain unique insights into the emerging space service sector, one of the fastest growing sections of the space industry.
Categories:EngineeringSystem Engineering
Topics:Space EnvironmentSpacecraft and Instrument Operations
Description: In this course, you will be introduced to concepts regarding communications satellites in Low Earth Orbit. Your customer has tasked you with finding a system that provides low latency communications and can do so persistently in your area. You will learn about factors that must be taken into consideration when designing a communications satellite system in LEO, different providers of satellite communications in LEO, and how communications systems in LEO differ from traditional communications satellites in GEO. Understanding these concepts will allow you to more effectively navigate the growing sector of LEO communication satellites. Join now for exclusive access to Nova Space Community events and more!
Objectives: Learn about factors that must be taken into consideration when designing a communications satellite system in LEO, different providers of satellite communications in LEO, and how communications systems in LEO differ from traditional communications satellites in GEO.
Categories:CommunicationsEngineering
Topics:Space EnvironmentSpacecraft and Instrument Operations
Description: Enroll now to get access to our award winning interactive courses now! This course bundle includes the Basic Remote Sensing Course, Basic Satellite Communications Course, and the Basic PNT Course. By purchasing this bundle, students will save $98 when compared to purchasing all three Interactive Story Courses individually. Unlike anything else on the market, these Nova Space courses place students into realistic challenges that effectively and efficiently teach the interwoven dependencies across the space industry that one can only get through years of on the job training. Sign up now for exclusive access to Nova Space Community events and join the fastest growing network of space professionals!
Objectives: Effectively and efficiently teach the interwoven dependencies across the space industry through realistic challenges.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Space Environment and Electromagnetic Radiation Theory
Type: Online Course
Provider: Nova Space
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Description: Welcome to Nova Space’s Space Environment and Electromagnetic Radiation Theory Course. In this course, you will learn about the hostile environment of space and why it is such a difficult and complex task to design a spacecraft that can survive in such an environment. You will also learn about the characteristics of Electromagnetic waves and how they interact with matter, a concept that will help you better understand how the electromagnetic spectrum can be used to observe or collect data on a wide range of subjects.
Objectives: Learn about the hostile environment of space and the challenges in designing a spacecraft that can survive in such conditions. Understand the characteristics of Electromagnetic waves and their interaction with matter. Gain insights into how the electromagnetic spectrum can be used for observation and data collection on various subjects.
Categories:Engineering
Topics:Space EnvironmentSpacecraft and Instrument Operations
Description: Welcome to the Nova Space, Space Mission Areas and Capabilities Course. In this course, you will learn about the many ways in which humanity uses space to our benefit in the most fun and effective way on the market. Topics covered in this award winning program include: Remote sensing, PNT, Environmental Monitoring, Satellite Communications, Scientific Research, Commercial uses of space and Military uses of space. Having an understanding of the capabilities in the space industry will make you a more articulate and confident contributor to the space industry. Join today to get access to the fastest growing community of space professionals.
Objectives: In this course, you will learn about the many ways in which humanity uses space to our benefit. Topics covered include: Remote sensing, PNT, Environmental Monitoring, Satellite Communications, Scientific Research, Commercial uses of space and Military uses of space. Having an understanding of the capabilities in the space industry will make you a more articulate and confident contributor to the space industry.
Description: This course introduces a structured approach to uncertainty analysis when applied to the radiometric and spectral calibration of instruments with Earth observation applications. The course focuses on how to apply uncertainty analysis, taking users step-by-step through the concepts before introducing real laboratory and field examples. It is suitable for both a general scientific audience and experienced professionals working in the field. This course consists of three modules: Module 1: Introduction to the 8-steps of uncertainty analysis, Module 2: The radiometric calibration of APEX, Module 3: Uncertainty analysis of post-launch calibration methods. Learners who successfully complete the course will receive an NPL Certificate of Completion.
Objectives: The field of Earth Observation is growing in importance and helps us monitor phenomena such as climate change. As with any measuring instrument, it is essential to calibrate Earth Observation instruments. However, given many of these instruments are used in orbit, this presents unique challenges in performing uncertainty analysis as part of calibration processes.
Categories:EngineeringSystem Engineering
Topics:Space EnvironmentSpacecraft and Instrument Operations
Modeling Forest Structure and Aboveground Biomass (AGB) using Earth Observation (EO) Data and Machine Learning (ML)
Type: Online Course
Provider: AIGeoLabs
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Description: This course introduces methods and tools to model forest canopy height and aboveground biomass (AGB) using Earth Observation (EO) data and machine learning (ML) methods. Participants will learn to use data from NASA’s Global Ecosystem Dynamics Investigation (GEDI), Sentinel (S-1 and Sentinel-2), Landsat, and apply machine learning methods such as random forest regression models.
Objectives: The course aims to provide participants with the knowledge and skills to model forest canopy height and AGB using EO data and ML methods. It covers the use of optical, radar, and lidar sensors, and the application of parametric and non-parametric ML approaches to model complex non-linear relationships between forest AGB and predictor variables.
Description: This is a step-by-step tutorial for those interested in exploring custom satellite visualizations in EO Browser. After selecting the data, we will take a look at how to quickly create custom color composites. Next, we will start scripting and learn how to control the results better. Finally, we will examine the Betsiboka river delta example, where we will create a useful and appealing visualization.
Objectives: Learn how to create custom satellite visualizations, create custom color composites, start scripting to control visualization results, and visualize the Betsiboka river delta in an informative and appealing way.
Categories:EngineeringSoftware
Topics:Data ExploitationSpacecraft and Instrument Operations
Description: Find out everything there is to know about Mars, astronomy and space travel. Discover what an expedition on Mars would be like from someone who experienced it first-hand! During this Mars introduction day, you will find out everything you ever wanted to know about the Red Planet from Nancy Vermeulen, who was the commander of a Mars simulation mission in Utah.
Objectives: Meet a real astronaut trainer and commander of a Mars simulation mission. Find out everything there is to know about Mars, astronomy and space travel. Get an answer to all of your questions: When will humans set foot on Mars? Can we eventually live there? How long does it take to get there? What is the environment like? Is there or has there ever been life on Mars? Experience first-hand what it would be like to be on an expedition on Mars. Discover how to become a private astronaut.
Description: Hoe functioneert jouw team onder extreme omstandigheden? Zouden jullie kunnen samenwerken op Mars, ver weg van de bewoonde wereld? En wat kun jij leren van de overlevings- en communicatietechnieken van astronauten? Tijdens deze workshop kom je het allemaal te weten: Astronautencoach en ruimte-expert Nancy Vermeulen neemt je mee naar de rode planeet. Een goed team op Mars is onoverwinnelijk op de aarde. Mars is een grote, rode woestijn. Het is er bovendien ijskoud: -20 tot -80 graden Celsius. En dan zijn er nog de grote stofstormen en zware blikseminslagen. Niet de meest evidente plek om lang samen te verblijven, dus. Hoe functioneert een team in deze moeilijke omstandigheden? Hoe voelt het om volledig op elkaar aangewezen te zijn? En hoe pas je die kennis over de ruimte toe op het leven op aarde? Nancy Vermeulen verbleef met haar team 14 dagen in de woestijn van Utah om een expeditie naar Mars te simuleren. Tijdens deze workshop deelt ze haar kennis met jou.
Objectives: Je bekijkt je team vanuit een unieke invalshoek. Je leert nieuwe technieken qua leiderschap, communicatie en besluitvorming. Je ontdekt hoe je samen optimaal functioneert in extreme omstandigheden. Je wordt begeleid door een echte astronautencoach. Je komt alles te weten over de toekomst van ruimtereizen. Je ervaart een unieke, originele teambuilding waar nog lang over nagepraat zal worden.
Description: Vegetation is essential in the global terrestrial ecosystem since it provides ecosystem services such as protecting the land surface, modifying the local climate, and conserving biodiversity. The structure of vegetation substantially influences ecosystem function and productivity. Scientists report that vegetation structure correlates with biophysical parameters such as aboveground biomass (AGB) and primary productivity. Therefore, detailed quantification of vegetation structure is crucial for assessing the structure and functioning of ecosystems.
Objectives: Module 1. Mapping Vegetation Structure using Earth Observation Data and Machine Learning. Module 2. Mapping Forest Cover Using Earth Observation Data and Machine Learning Methods.
Description: During this simulation, we expose your body to the same high-g acceleration that an astronaut can experience in space. Discover in a safe environment how much g you can endure. Our team of specialists teaches you how to increase your tolerance to avoid a g-induced blackout. You will learn how to cope with accelerations up to 6 g under the supervision of qualified experts. This training is perfect for aspiring private astronauts, space enthusiasts, or anyone curious about high-g experiences.
Objectives: You will find out how much g you can withstand, understand how your body reacts to high-g pressure, and recognize the different stages. You will learn breathing techniques to improve your tolerance level and get answers to all your questions about high-g. After completing the training, you will receive a certificate of completion.
Categories:EngineeringMechanical Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Geospatial Machine Learning for Mapping Urban Land Cover in Earth Engine
Type: Online Course
Provider: Aigeo Labs
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Description: The course focuses on remotely-sensed image processing and classification in Google Earth Engine (GEE) platform. We will use Sentinel-1 and Sentinel-2 images, and machine learning algorithms to perform land classification.
Objectives: Module 1. Exploring Optical and SAR Imagery in GEE. Module 2. Exploratory Image Analysis and Transformation. Module 3. Pixel-based Urban Land Cover Mapping using Sentinel-1 and Sentinel-2 Imagery. Module 4. Object-based Urban Land Cover Mapping.
Description: This is the closest simulation that exists of a real space flight! Train like a genuine astronaut and receive your first pair of 'Astro Wings'. Experience a launch to the Moon, dock with the International Space Station 'ISS', learn to land a spacecraft yourself and enjoy the magnificent view! Soon, you too can experience space travel and call yourself a 'Space Ranger'.
Objectives: The training consists of two parts: PART 1: Travel to the Moon, dock with the International Space Station 'ISS' and learn to land a spacecraft yourself. After lunch we continue with PART 2: A complete simulation of a suborbital commercial spaceflight.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Data-centric Explainable Machine Learning for Land Cover Mapping
Type: Online Material
Provider: Aigeo Labs
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Description: This course addresses the advancements in land cover classification due to Earth Observation data and machine learning algorithms. It emphasizes the importance of a data-centric approach to improve the quality of training data and the explainability of machine learning models, which is crucial for solving land use and climate change challenges.
Objectives: The course aims to teach remote sensing researchers and analysts how to acquire high-quality training data, perform pre-processing, train machine learning models, and apply explainable machine learning techniques. It also focuses on the development of transparent and accountable machine learning models.
Climate Data Records from Satellites: A Metrological Approach
Type: Online Material
Provider: National Physical Laboratory
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Description: In this course, we will explore how approaches from metrology can help Earth Observation practitioners to develop quantitative characterisation of uncertainty in Earth Observation data. This course consists of two modules: Metrology in Earth Observation and Developing a fundamental climate data record. The concepts in this course were developed over many years by National Physical Laboratory scientists working in collaboration with Earth Observation experts.
Objectives: To ensure that data sets can be relied upon, it is important to have a full understanding of the uncertainties. This course aims to provide solutions through metrology to develop quantitative characterisation of uncertainty in Earth Observation data.
Description: Learn to broaden your horizon! Explore like a Space Traveller. This is the start of your Space Adventure! Welcome to the world of Astronomy and Space Travel! Your 'Space Introduction Day' has been described by many who have gone before you as a 'mind blowing experience'. You enter a universe full of stars and planets. The day offers you the unique opportunity to experience what it would be like to be a space traveller and to get a glimpse of the future.
Objectives: The Space Introduction Day aims to immerse participants in the world of astronomy, air and space travel through interactive lectures, exciting planetarium shows, and hands-on experiences. Participants will have the opportunity to discover the solar system, explore the universe through a telescope, and gain insights into what it feels like to be a space traveller.
Description: This course explores the principles and applications of telescopes and spectrographs in astronomy. It covers the history, types, and functions of these instruments, as well as their role in astronomical discoveries.
Objectives: By the end of this course, learners will understand the basic principles of telescopes and spectrographs, their historical development, and their applications in modern astronomy. They will also gain insights into how these instruments contribute to our understanding of the universe.
Categories:EngineeringOther
Topics:Education and Public Outreach / Public EngagementSpacecraft and Instrument Operations
Description: This course explores the characteristics and life cycles of stars, providing an understanding of their properties and the methods used to study them.
Objectives: By the end of this course, learners will be able to describe the different types of stars, understand their life cycles, and explain the techniques used by astronomers to study stars.
Description: This on-demand course has 11 sessions with 6 exercises and 14 videos. It is an introductory level course to help you plot, manipulate and analyse NetCDF climate data using python. The course focuses on gridded climate model outputs. You can easily extend the concepts and techniques taught to other forms of NetCDF data (e.g. observations). Requirements: The total learning time is approximately one day.
Objectives: Use the online python platform, pythonanywhere. View basic information about netcdf files in python. Subset netcdf data files to required data and perform common arithmetic on them (e.g. calculating a climatology). Produce plots of the data: line graphs, spatial plots and maps. Customise and edit these plots. Add topographic and political features (e.g. rivers, coastlines, country borders) to map plots.
Categories:EngineeringSoftwareSystem Engineering
Topics:Data ExploitationEducation and Public Outreach / Public EngagementSpace Environment
Description: This course explores the origins and implications of the Big Bang theory, providing insights into the formation of the universe.
Objectives: Understand the fundamental concepts of the Big Bang theory, learn about the evidence supporting the theory, and explore the implications for the universe's formation and evolution.
Description: This free course, Digital communications, explores the principles and techniques used in the transmission of information over various types of communication channels. It covers the fundamental concepts of digital communication systems, including modulation, coding, and error detection and correction.
Objectives: By the end of this course, you will understand the key principles of digital communications, be able to describe the main techniques used in digital communication systems, and apply these techniques to solve basic problems in digital communications.
Categories:Communications
Topics:Data ExploitationEducation and Public Outreach / Public Engagement
Description: This free course provides an overview of different approaches to software development, including traditional and agile methodologies. It covers the principles and practices that guide software development processes and helps learners understand the advantages and challenges of each approach.
Objectives: By the end of this course, learners will be able to: understand the fundamental principles of software development; compare and contrast different software development methodologies; apply best practices in software development to real-world scenarios; and evaluate the effectiveness of various software development approaches.
Categories:EngineeringSoftware
Topics:Education and Public Outreach / Public EngagementTendering and Standardization
Description: This free course explores the icy bodies in our Solar System, focusing on Europa, one of Jupiter's moons. It covers the characteristics, composition, and potential for life on these icy worlds.
Objectives: Understand the nature and characteristics of icy bodies in the Solar System, particularly Europa. Learn about their composition, geological features, and the potential for life. Gain insights into the scientific methods used to study these celestial bodies.
Description: This free course provides an introduction to active galaxies, exploring their properties, types, and the physical processes that occur within them. It is designed for learners with an interest in astronomy and astrophysics.
Objectives: By the end of this course, learners will understand the different types of active galaxies, the mechanisms that power them, and their significance in the broader context of the universe.
Topics:Education and Public Outreach / Public EngagementSpace Environment
Description: Point.IoT is an exciting programme designed to empower innovation using Galileo and IoT technologies. This self-directed training programme enables you to develop your ideas at your own pace. Whether you are new to the game or an established IoT or Galileo entrepreneur, this tailor-made MOOC will guide you through the business and technical development of your IoT products and services. From business model design to positioning in our connected world, European industry experts share their knowledge and skills with you across 14 on-demand training sessions.
Objectives: In the first part of our Point.MOOC, you’ll learn all about the basics of creating an IoT business by journeying through the customer problem, product concept design, business model creation and launching your product. The second part of Point.MOOC examines positioning in our connected world, and dives deep into Global Navigation Satellite Systems and the European system, Galileo.
Description: This free course on electronic applications covers the fundamental principles and applications of electronics in various fields. It provides an understanding of how electronic devices work and their practical uses in everyday life.
Objectives: The course aims to provide learners with a solid foundation in electronic principles, enhance their understanding of electronic devices, and demonstrate the practical applications of electronics in different industries.
Categories:Electrical and Optical EngineeringEngineering
Microgravity: living on the International Space Station
Type: Online Course
Provider: The Open University
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Description: This free course explores the concept of microgravity and its effects on living and working on the International Space Station. It provides insights into the challenges faced by astronauts and the scientific experiments conducted in a microgravity environment.
Objectives: Understand the concept of microgravity and its impact on the human body. Learn about the daily life and work of astronauts on the International Space Station. Explore the scientific experiments conducted in microgravity and their significance.
Categories:Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: This free course, Systems engineering: Challenging complexity, introduces the key concepts of systems engineering and explores the challenges of managing complex systems. It provides an overview of the systems engineering process and discusses the importance of a holistic approach to problem-solving in engineering.
Objectives: By the end of this course, you will understand the fundamental principles of systems engineering, recognize the challenges associated with complex systems, and appreciate the importance of a holistic approach to engineering problems. You will also be able to apply systems thinking to real-world engineering scenarios.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: This free course provides an introduction to astronomy using an online telescope. It offers a unique opportunity to observe the night sky and learn about celestial objects and phenomena.
Objectives: By the end of this course, you will be able to use an online telescope to observe celestial objects, understand basic astronomical concepts, and identify various celestial phenomena.
Topics:Education and Public Outreach / Public EngagementSpacecraft and Instrument Operations
Description: This free course provides an introduction to additive manufacturing, also known as 3D printing. It covers the basic principles, processes, and applications of additive manufacturing, highlighting its advantages and limitations.
Objectives: By the end of this course, learners will understand the fundamental concepts of additive manufacturing, be familiar with different additive manufacturing technologies, and appreciate the potential applications and impact of additive manufacturing in various industries.
Description: This free course provides an introduction to finite element analysis, a numerical method for solving problems in engineering and mathematical physics. It is used to approximate the behavior of physical systems and is widely applied in various fields of engineering.
Objectives: By the end of this course, learners will understand the basic principles of finite element analysis, be able to apply finite element methods to solve engineering problems, and gain insights into the practical applications of these methods in real-world scenarios.
Description: This free course provides an introduction to the fascinating world of galaxies, stars, and planets. It covers the basic concepts and explores the various celestial bodies that make up our universe.
Objectives: By the end of this course, you will have a better understanding of the different types of galaxies, the life cycle of stars, and the characteristics of planets. You will also learn about the methods used by astronomers to study these celestial objects.
Topics:Space EnvironmentSpacecraft and Instrument Operations
Description: This free course provides an introduction to electronics, covering the basic concepts and principles. It is designed for those with little to no prior knowledge of electronics and aims to build a solid foundation in the subject.
Objectives: By the end of this course, you will have a basic understanding of electronic components and circuits, be able to identify and use various electronic components, and understand the principles of operation of simple electronic circuits.
Categories:Electrical and Optical EngineeringEngineering
Topics:Education and Public Outreach / Public Engagement
Description: This free course, Scales in space and time, explores the vast scales of the universe, from the incredibly small to the unimaginably large. It covers the different scales of time and space, and how they relate to each other in the context of the universe.
Objectives: By the end of this course, you will understand the different scales of time and space in the universe, how they are measured, and their significance in the study of the cosmos.
Topics:Education and Public Outreach / Public EngagementSpace Environment
Description: This free course provides an introduction to software development. It covers the fundamental concepts and techniques used in the field, providing a solid foundation for further study or a career in software development.
Objectives: By the end of this course, learners will have a basic understanding of software development principles, including the software development lifecycle, programming concepts, and the importance of software testing and maintenance.
Categories:EngineeringSoftware
Topics:Education and Public Outreach / Public EngagementOther
Description: This free course explores the evidence for water on Mars, the methods used to search for it, and the implications for future missions and the possibility of life on the planet.
Objectives: Understand the evidence for water on Mars, learn about the techniques used to detect water, and explore the significance of these findings for future Mars missions and the search for extraterrestrial life.
Description: Our planet is diverse and many of our landscapes are heavily impacted by standing or flowing water. Wet ecosystems are considered to be amongst the most productive ones known to mankind. They provide habitat for a rich variety of plants and animals, while additionally playing major roles in global cycles of water, carbon dioxide and other substances that are essential for life, as we know it. Human-induced changes such as drying out wetlands or the impact of anthropogenic climate change are threatening wet ecosystems and require even more attention in the observation of soil moisture as well as global water levels. Using remote sensing techniques, we are able to detect soil moisture levels in order to support efficient crop yields and forest management in times of increasing numbers of environmental extreme events. Besides, the amount of water that is stored in soils, we can also monitor fragile wetland ecosystems over time, which are of crucial importance for people relying on these areas for a living. The ecosystems form one of the most productive and species-rich landscapes of our planet and are at direct risk of being continuously declined and consequently eradicated.
Objectives: Understand the importance of wetland ecosystems and the need for mapping them using satellite technology. Learn why soil moisture is an important environmental parameter and how to estimate soil moisture based on Sentinel-1 data in South Africa. Classify map country-specific mangrove extent for Guyana using Google Earth Engine.
Description: Investigate the physics of our universe at the home of space and time.
Objectives: Learn the fundamental principles of astrophysics, explore the physical laws governing celestial bodies, and understand the structure and evolution of the universe.
Description: In this course, we will introduce you to how Canadians research, develop and utilize radar remote sensing technology for mapping and environmental monitoring. In five brief lessons, you will learn about early developments of radar leading to the Canadian RADARSAT program and how Canadian government researchers and managers are currently using satellite radar data in their day-to-day work. After completing this course you will have a better understanding of Canada’s practical needs for and know-how of satellite radar when it comes to meeting the challenges of winter, water, and warming in a very large country. The learning is self-paced. Registration is open during the entire course. Pick up learning when the time is right for you. Welcome to Canada!
Objectives: The course consists of five short lessons. Following a brief introduction, they will cover the following topics: Canada and RADAR, Agriculture, Lake and River Ice, Sea Ice, Canada’s RADARSAT Constellation Mission. They all respond in some way to the main theme of this Canadian SAR Mini-MOOC: Winter – Water – Warming.
Description: Forests are responsible for supporting essential life processes, from purifying the air we breathe to maintaining healthy soils and clean water sources. Around the world, communities rely on the ecosystem services provided by forests to support their livelihoods. However, deforestation and forest degradation are threatening forest ecosystems worldwide, thus disturbing the climate change mitigation which forests provide, and which we desperately need. Using remote sensing satellites and techniques, we are able to map and monitor forests. This enables us to view changes in forest cover, alert authorities about deforestation events, and monitor the relationship between forests and greenhouse gasses (GHG’s).
Objectives: In this course, you will learn about the drivers of deforestation as well as how satellites and time series disturbance detection methods can identify deforestation events, even in areas masked by clouds. In the final lesson on Biomass Estimation, you will learn why tracking biomass is important, how it’s done, and how to overcome inaccuracies when estimating biomass.
IPC/WHMA-A-620 Requirements and Acceptance for Cable and Wire Harness Assemblies
Type: On-Site Course
Provider: ASTA Technology UK Ltd.
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Description: The IPC/WHMA-A-620 application specialist training consists of 8 modules covering various aspects of cable and wire harness assemblies. The course duration is 2 days for module one and any optional module, and 3 days for all modules. A working copy of the IPC-A-620 standard will be made available to each participant. It is recommended that a standard is purchased for each participant for future reference.
Objectives: The IPC-A-620 Application Specialist course is designed for quality personnel, especially inspectors and quality engineers and managers. It is also relevant to anyone responsible for the quality and reliability of electronic assemblies including maintenance technicians, operators, process engineers, buyers, sales teams, and management.
Beyond the Visible – Introduction to Hyperspectral Remote Sensing
Type: Online Course
Provider: EO College
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Description: In this course, you will learn the basics of imaging spectroscopy. No matter if you are a student or a professional or whatever continent you are from, this course was designed for you and we hope to provide some helpful background information, process understanding and applications that relate to your area of interest or expertise.
Objectives: This course will provide you, not only with the fundamentals of imaging spectroscopy but also gives you access to free data sources, open-source software and hands-on training exercises. By the end of this course, you should have learned what imaging spectroscopy is, what application fields it is useful for, what the physical background is, which sensors are commonly used, how spectroscopy data are acquired, where you can get data from, what software you could use, and finally first processing steps to analyze them.
Categories:EngineeringSystem Engineering
Topics:Data ExploitationSpacecraft and Instrument Operations
MOOC on Drought Assessment and Monitoring from Space
Type: Online Course
Provider: EO AFRICA Research and Development Facility
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Description: This MOOC provides an introduction to 'Droughts', answers questions on how it can be quantified, how it can be assessed and monitored from space. The role of cloud computing and (easy) access to satellite will also get attention. No prior knowledge to Earth Observation (EO) is required. The MOOC provides a ‘smooth’ introduction for agricultural scientists, water resources specialists, and others who are interested in water and food security and the role EO plays nowadays related to this theme. Every week a new set of movies and short quizzes will be released. The MOOC will be open till the end of November 2022.
Objectives: The MOOC aims to introduce participants to the concept of droughts, how they can be quantified, assessed, and monitored from space. It covers the role of cloud computing and satellite access in drought monitoring. The course is designed for agricultural scientists, water resources specialists, and others interested in water and food security.
Description: IPC-A-610 Acceptability of Electronic Assemblies is the most widely used standard published by the IPC. It has an international reputation as the source for end product acceptance criteria for consumer and high reliability printed circuit assemblies. The course duration is 3 days if all modules are required; otherwise, duration varies according to the number of modules required. A working copy of the IPC-A-610 standard will be made available to each participant. It is strongly recommended that a standard is purchased for each participant to take away for future reference.
Objectives: The IPC-A-610 application specialist training consists of 7 modules: General, Handling Electronic Assemblies, Soldering, High Voltage, Component Damage, Printed Boards and Assemblies, Terminal Connections, Through-Hole Technology, Surface Mount Assemblies, and Hardware. The course is most suited to quality personnel, especially inspectors and quality engineers and managers. It is also relevant to anyone responsible for the quality and reliability of electronic assemblies including maintenance technicians, operators, process engineers, buyers, sales teams, and management.
Categories:Electrical and Optical EngineeringEngineeringProduct/Quality Assurance
Description: The astronomy course provides an introduction to astronomy, assuming no prior knowledge of the subject. It contains some observational and practical exercises, but you do not need access to a telescope to complete your astronomy studies.
Objectives: In this module you will study both observational and theoretical aspects of astronomy, including the night sky, telescopes, stars, stellar lifetimes and energy sources, galaxies and cosmology. You do not need to have your own telescope or binoculars to complete this module. Students are invited to an optional weekend course at the University's Alston Observatory.
Categories:Other
Topics:Education and Public Outreach / Public EngagementSpace Environment
Provider: South Coast Centre of Excellence in Satellite Applications
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Description: The ESA Space Solutions Bid Workshop is designed to help participants understand the bidding process for ESA projects. It provides insights into how to prepare and submit successful bids, covering key aspects such as proposal writing, compliance with ESA standards, and effective project management.
Objectives: Participants will learn how to navigate the ESA bidding process, understand the requirements for successful proposals, and gain practical tips on project management and compliance with ESA standards.
Categories:Project ManagementSystem Engineering
Topics:Mission DesignTendering and Standardization
Description: Gain an informed view of concepts in cosmology with this cosmology course, without recourse to complex mathematics in your study. Learn about the beginning of the Universe including the creation of extremely small elementary particles and the processes that led to the formation of the very large structures seen today.
Objectives: This module begins to explain how the Universe began and subsequently developed to its present observed form. You will learn how the Big Bang created all elementary particles, about processes that led to the formation of today's galaxies, galaxy clusters and larger-scale structures, and how we can probe the cosmological history of the Universe.
Categories:Other
Topics:Education and Public Outreach / Public EngagementSpace Environment
Description: What is the global stock take and how can we measure carbon emissions from space, what should you look for when selecting a land cover dataset, and how does land use policy impact our land and can these changes be seen and quantified using remote sensing methods? These and more questions will be answered in the sequence of lessons which are part the ‘People, Land, & Sustainability’ MOOC. This course deals with the transformation caused by humans across the globe and how we quantify these change with the means of earth observation.
Objectives: In the next lessons, you will learn about the available land cover datasets, what to consider when using them, and how they can help you. You will learn the steps required to acquire carbon data and how to deal with inaccuracies, and why this is important on a national level. You will delve into the problem of land ownership in developing countries and how remote sensing data can be used to detect changes in land tenure and potential land grabbing. Further, you will gain a better understanding of the processes behind land degradation and how this can be monitored to be consequently reported as part of the United Nations Sustainable Development Goals.
Categories:OtherSustainabilitySystem Engineering
Topics:Space EnvironmentSpace Policy and EthicsSustainability
Description: This course is part of a series of online learning materials that will give you insights on the potential of remote sensing technologies for applications over land surfaces. Here, you have the chance to learn about a variety of theoretical basics of remote sensing that will give you an understanding of how remote sensing works, and it will enable you to follow along in the more practical courses that will be available on our website in the near future.
Objectives: This course will provide you, not only with the fundamentals of remote sensing technology, but also gives you the tools to dive right into practice and handle real-life problems, to which remote sensing offers a reliable solution. By the end of this course, you will be able to understand fundamental principles of remote sensing, search and gather remote sensing data, understand the various dimensions of remote sensing data, process remote sensing imagery, understand essential image analysis techniques, and gain access to remote sensing-friendly cloud services and software packages.
Description: Welcome to the ‘Hazards and Disasters’ online courses. In the three MOOCs which are part of it, we will take a closer look at how remote sensing can answer essential questions related to the emergency response that is needed during hazardous events. Thus, disaster management heavily relies on remotely sensed data and their prompt processing in order to support decisions that can a) estimate the extent of a (natural) disaster and b) save lives by scientifically justifiable choices. In the three lessons of this course, we will present different applications of remotely sensed data for disaster monitoring to you. At first, we will take a look at droughts, then dive into mapping flood extents using an interactive cloud-based approach before ending our course with the monitoring of fire hazards.
Objectives: Familiarize yourself with the problem of flood mapping. Understand the relation between remote sensing imagery and flood events. Understand the concept of drought and drought risk. Identify drought events. Monitor drought hazard and drought impact in South Africa. Assess fire intensity and burn severity in Bolivia. Understand how remote sensing data can be used to monitor wildfires.
Description: In this course you will get an overview of the most relevant parameters that have an influence on the radar backscatter signal. You will learn what role the configuration of a radar system and the properties of the Earth surface play in the signal that you see in a pixel of a radar image. After this course you will have a solid understanding of what you see in a radar backscatter image. And you will be able to interpret the backscatter signal.
Objectives: The course consists of four lessons covering the following topics: Introduction into the concept of radar backscatter, Influence of sensor system parameters, Influence of geometric parameters on the Earth surface, Influence of dielectric parameters on the Earth surface.
Categories:Electrical and Optical EngineeringEngineering
Topics:Data ExploitationSpacecraft and Instrument Operations
Description: For 30 years the Space Shuttle enabled human spaceflight in the United States and partner nations. Learn all about the Shuttle with this unique course, which also serves as a unique historical record. Since the lecturers are the same people who designed, built and operated the Shuttle, this is a first-hand testimonial to the world’s first reusable spacecraft. This course examines how the Space Shuttle was designed and how its design was influenced by economics and politics. The course goes into detail on many of the Shuttle’s subsystems (e.g. rocket engines, thermal protection, aerodynamics, environmental control and life support, communications, etc.) and explains how the Shuttle was operated (launch, mission control, payloads, etc.). The course also uses the Space Shuttle to present the fundamentals of Systems Engineering. Students will gain a systems perspective on the complexities of Shuttle development and its operations. It explores both the Shuttle’s successes and its shortcomings and has valuable object lessons for future space initiatives. The Shuttle is a valuable case study in the advantages and difficulties involved in reusable space systems - particularly relevant today as reusability is a key requirement of many rockets and spacecraft currently under development.
Objectives: Fundamentals of Systems Engineering. How a major technical program gets governmental approval. Design of human spaceflight systems. Operation of complex spaceflight systems.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: Astrobiology is one of the newest and most dynamic scientific disciplines, and this Certificate is your chance to gain an understanding of the ongoing discoveries in the subject. With explorations ranging from molecular biology to the search for extra-solar planets all having an impact, the multi-disciplinary course takes a novel approach to the subject of Astrobiology. The course is supplemented with online discussion of breaking news.
Objectives: This introduction to astrobiology course provides you with a basic knowledge of chemistry and astronomy appropriate for the understanding of the biochemistry underpinning life in the Universe.
Categories:EngineeringOtherSystem Engineering
Topics:Education and Public Outreach / Public EngagementMission DesignSpace Environment
Description: In this course you will be introduced to the Sun and the Earth as complex systems, and how they interact to produce the environment we live in. Alongside detailed course notes your studies will include a mixture of theoretical and observational approaches with data-based and observational exercises.
Objectives: Starting with an exploration of the Sun, Earth and Climate as complex systems, this module then looks at the interactions that cause them to be interlinked. You will study developments on astronomical, geological, historical and annual time scales and gain an understanding of the context of such matters as climate change and space weather. Practical exercises extend this understanding and develop appropriate scientific skills.
Introduction to Aerospace Engineering: Astronautics and Human Spaceflight
Type: Online Course
Provider: MITx
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Description: Spaceflight is exciting, and you don’t have to be a “Rocket Scientist” to share in the excitement! 16.00x makes the basics of spaceflight accessible to everyone. Join MIT Professor Jeffrey Hoffman, a former NASA astronaut who made five spaceflights and was the first astronaut to log 1000 hours on the Space Shuttle, as he teaches you the core principles behind space travel and exploration. The course will cover how rockets work, how spacecraft move in orbit, how we create artificial environments inside spacecraft to keep astronauts alive and healthy, what it’s like living in a world without gravity, how the human body adapts to space, and how spacewalks happen, plus more. Many lessons will be illustrated with Professor Hoffman’s own experiences in space.
Objectives: The basic principles of how rockets work (rocket science). How spacecraft move in orbit (orbital mechanics). What is required to keep astronauts alive and healthy in space (environmental control and life support). Basic concepts of safety and risk management. The effects of weightlessness on the human body. How to carry out a spacewalk.
Description: The IPC-J-STD-001 Requirements for Soldered Electrical and Electronic Assemblies has emerged as a major authority for electronics assembly manufacturing. The standard describes materials, methods and verification criteria for producing high quality soldered interconnections, including the use of lead-free solders. The standard emphasizes process control and sets industry-consensus requirements for a broad range of electronic products.
Objectives: IPC-J-STD-001 application specialist training consists of 5 modules: Module 1: General requirements with open- and closed-book tests; no workmanship. Module 2: Wire preparation & terminals with open-book test; workmanship. Module 3: Through-hole PCB with open-book test; workmanship. Module 4: Surface-mount PCB with open-book test; workmanship. Module 5: Inspection & Process control with open-book test; no workmanship. Module 1 is compulsory, plus at least one other. Course duration: approximately 1 day per module.
Categories:Electrical and Optical EngineeringEngineeringProduct/Quality Assurance
Description: In this course we will introduce you to the role of satellite ‘Earth observation’ (EO) technology in monitoring the Earth's Cryosphere and the data it produces. The Cryosphere is the portion of the Earth’s surface where water exists in solid form as glaciers, sea ice, ice caps, and areas of snow. The first week will introduce you to EO and provide an introduction to the Cryosphere, and the challenges of monitoring it. The next 3 weeks will focus on sea ice, ice sheets & ice shelves, and mountain glaciers, rivers & lake ice and snow.
Objectives: This course is designed for people who want to learn more about monitoring the Earth's Cryosphere from space and the impact of climate change on it. The course can also help decision-makers, policy-makers, educators and communicators to gain a better insight into how satellite data can help them assess the changes occurring in the Cryosphere, in order to better support adaptation and mitigation decisions.
Categories:EngineeringSustainability
Topics:Education and Public Outreach / Public EngagementSpace EnvironmentSustainability
Description: SSTL recently hosted a popular online ESA Scout HydroGNSS Workshop attended by an average of 175 participants across 2 days of presentations. The workshop covered various aspects of the HydroGNSS mission, including data products, mission outline, related research, and potential users. The session recordings are available on the HydroGNSS Workshop playlist on SSTL's YouTube channel.
Objectives: The workshop aimed to introduce the HydroGNSS mission, discuss its data products and measurements, explore related research supporting the mission, and identify potential users and synergies with other GNSS-Reflectometry missions. It also provided a platform for further research discussions and collaboration opportunities.
Categories:EngineeringSystem Engineering
Topics:Data ExploitationMission DesignSpacecraft and Instrument Operations
Description: An introductory course on the concept of NewSpace, exploring the emerging trends, technologies, and business models in the space industry.
Objectives: Understand the fundamentals of NewSpace, identify key players and technologies, and explore the impact of NewSpace on traditional space industries.
Description: Echoes from space will take you on a journey through the exciting world of Radar Remote Sensing. Learn the basics that will help you to understand where this technology is coming from, how the images are acquired and which manifold applications already use Radar Remote Sensing to help protect our planet. The learning is self-paced. Registration is open during all the course. Pick up learning when the time is right for you.
Objectives: You will get a detailed insight into the history of Radar technology. You will learn all the basics that are needed to understand how electromagnetic waves work. You will get an insight in the fascinating technology that is Radar Remote Sensing from space. Furthermore, you will get a unique hands-on experience to work with Radar data in diverse application scenarios.
Synthetic Aperture Radar (SAR) Imagery Processing and Analysis
Type: On-Site Course
Provider: European Union Satellite Centre
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Description: The SAR course aims to provide an initial foundation training, followed by more advanced training for the exploitation of SAR imagery in the field of defence and security. The course consists of two weeks and includes theory and application exercises to familiarise attendees with the specific SAR effects and basic SAR imagery exploitation, as well as advanced training including the exploitation of interferometry techniques of SAR imagery.
Objectives: The participant in the course will be able to: Knowledge of SAR imagery data characteristics and SAR sensors available. Familiarise with the specific SAR effects and basic SAR imagery exploitation. Be aware of the advantages and disadvantages of SAR imagery in comparison with optical imagery regarding imagery analysis issues. Have an awareness of the general capacities of SAR interferometry and be able to process interferometric products with dedicated software. Perform change detection using amplitude and interferometry coherence map. Requirements for SAR interferometry data ordering. Interferometry chain steps and associated products. Have knowledge of SAR interferometry applications in the field of security and defence. Produce coherence maps, DEM generation, interferogram and displacement maps.
Categories:EngineeringSystem Engineering
Topics:Safety and SecuritySpacecraft and Instrument Operations
Opportunities for UK space-enabled organisations across Indian agriculture
Type: Online Material
Provider: Satellite Applications Catapult
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Description: This event explores the opportunities available for UK space-enabled organisations in the Indian agriculture sector. It aims to provide insights into the market potential and how space technology can be leveraged to address agricultural challenges in India.
Objectives: The objectives of this event are to understand the Indian agriculture market, identify opportunities for space-enabled solutions, and foster collaborations between UK and Indian organisations.
EUMETSAT/ECMWF NWP-SAF Satellite Data Assimilation
Type: Online Course
Provider: ECMWF
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Description: This course provides a complete overview of the usage of meteorological satellite observations in operational numerical weather prediction (NWP). It includes a series of lectures and practical sessions covering a range of topics – from fundamental theoretical concepts through to detailed practical implementations in modern state-of-the-art data assimilation systems.
Objectives: Participants will gain an understanding of the global observing system, the types of satellite observations, and how they are used and monitored at ECMWF. They will learn about data assimilation algorithms, the atmospheric infrared spectrum, GPS radio occultation, wind information from satellites, observation errors, microwave observations, and the detection and assimilation of clouds in infrared radiances. The course also covers the estimation and correction of systematic errors in satellite measurements.
Categories:EngineeringSoftwareSystem Engineering
Topics:Data ExploitationSpacecraft and Instrument OperationsTendering and Standardization
The Frozen Frontier: Monitoring the Greenland Ice Sheet from Space
Type: Online Course
Provider: ESA
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Description: A MOOC on the powerful role of satellite ‘Earth observation’ (EO) technology in monitoring the Greenland Ice Sheet.
Objectives: Learn about the use of satellite Earth observation technology in monitoring the Greenland Ice Sheet, understand the importance of this technology in climate science, and gain insights from expert educators in the field.
Mapping Crops and their Biophysical Characteristics with Polarimetric SAR and Optical Remote Sensing
Type: Online Course
Provider: European Space Agency
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Description: This course focuses on the use of polarimetric SAR and optical remote sensing for mapping crops and their biophysical characteristics. Participants will learn about the principles and applications of these remote sensing techniques in agricultural monitoring.
Objectives: The objectives of the course are to provide participants with an understanding of polarimetric SAR and optical remote sensing technologies, and to demonstrate how these can be applied to map crops and assess their biophysical characteristics.
Description: Over the past decade, the number and variety of organisations launching into space has significantly increased. The major driver for these activities has been a growing commercial sector, a change from the institutional dominated missions seen in the early years of the space industry. The UK has a number of companies involved in this growing space sector involved in everything from constellations, to on-orbit servicing to launch. All these missions require a clear understanding of safety and the risk presented in orbit and on the ground. One of the areas receiving particular attention in the UK is launch. Commercial actors in the UK are now developing a range of launch options and locations for space ports to allow small satellites to be launched from the UK rather than using international launch sites. As space infrastructure continues to develop, it will continue to be at the frontier of an evolving legislative regime. This will create new challenges in terms of risk assessment and appropriate health and safety regulation.
Objectives: This Evening Forum, jointly organised by the Chairs of the Safety and Reliability Society and the Hazards Forum, will provide perspectives on how the challenges of ensuring a safe launch from UK space ports could be managed. Andrew Ratcliffe and Robert Garner from the UK Space Agency will introduce the UK’s space sector, the emerging challenges associated with new types of space operations and the UK’s developing regulatory approach. Ron MacBeth from the Health and Safety Laboratory will present the results of the major accident hazard analysis of launch site safety and how this is influencing launch licensing. Joanne Wheeler MBE from Alden Advisers will cover the developing area of legislation for launch sites to in-orbit operations, and consider what might happen when things go wrong, including a recent case study. Dr Luise Vassie (Hazards Forum Chair) and Dr Emma Taylor (Safety and Reliability Society Chair) will then lead a panel discussion to explore the transferability of lessons between established major accident hazard sectors such as nuclear, rail and O&G, and the developing discipline of space safety.
Description: The UK SAR Workshop is an event organized by Space Hub Yorkshire. The workshop aims to bring together professionals and enthusiasts in the field of Synthetic Aperture Radar (SAR) to discuss the latest advancements, applications, and research in SAR technology.
Objectives: Participants will gain insights into the current state of SAR technology, explore its various applications, and engage with experts in the field to discuss future trends and challenges. The workshop will provide a platform for networking and knowledge sharing among attendees.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Understanding and using Synthetic Aperture Radar (SAR) data - training sessions 2020
Type: Online Material
Provider: JNCC
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Description: Synthetic Aperture Radar (SAR) data can be acquired day and night, even in cloudy conditions, providing a dense time-series for trend analysis and change detection. Environmental applications for SAR data include forest inventory and condition monitoring, habitat and crop mapping, detection of pollution, and monitoring of offshore infrastructure and vessels. The UK public sector is starting to use SAR data to support environmental policy delivery, but further skill development is needed to fully exploit potential.
Objectives: The course covered: Brief history, fundamentals of EM waves, polarisation, combination of waves. How microwaves interact with surface features, surface roughness, moisture content, vegetation. How radar builds an image, data properties, unique challenges of radar, geometric distortions. How to find and process data (practical session).
Categories:Engineering
Topics:Data ExploitationEducation and Public Outreach / Public EngagementSpace Environment
Description: This course provides training in the analysis and interpretation of satellite and aerial imagery of industrial installations. Participants will be taught the methodology and techniques required to perform studies on such installations. The course covers the whole industrial chain, from the extraction of raw material to transformation processes and the manufacturing of final products. The course lasts three weeks and is comprised of theoretical lessons supported by practical sessions in which participants will handle imagery using ArcGIS Pro. It develops imagery analysis skills and enables participants to create appropriate imagery intelligence (IMINT) products to support political and military decision makers at operational and strategic levels.
Objectives: By the end of the course, attendees will be able to: Understand and use specific techniques and methodology to analyse industrial installations in vertical imagery. Detect and identify the common support facilities of industrial installations, such as cooling systems, power supply, water treatment, heating, etc. Analyse imagery of industries related to the extraction of raw material (e.g. solid, liquid or gases). Analyse imagery of processing industries, such as iron and steel, copper, refineries, etc. Analyse imagery of manufacturing industries, such as cement plants and shipyards. Discern the importance of strategic industrial facilities in the security and defence domain. Use imagery to assess and report the composition and capacity of strategic industries. Use imagery to analyse and report significant features and activity at strategic industries.
Categories:EngineeringSystem Engineering
Topics:Safety and SecuritySpacecraft and Instrument Operations
Imagery Analysis of Nuclear Fuel Cycle and Nuclear Weapons Related Facilities
Type: On-Site Course
Provider: European Union Satellite Centre
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Description: The course principal objective is to provide knowledge and skills compulsory to perform confident imagery analysis for the interpretation of nuclear industry installations, power plants and nuclear weapons development and deployment sites. The curriculum is built to provide compulsory knowledge about the consecutive production chain process and required facilities. Formerly, it is translated to the imagery analysis language with the use of interpretation techniques. Worldwide variations of sites with the same purpose sites are demonstrated. The course comprises of two distinctive weeks, with theoretical lessons supported by practical sessions on images using ArcGIS Pro. The course is made to develop imagery analysis skills and to enable course attendees to create appropriate imagery intelligence (IMINT) products to support political and military decision makers at operational and strategic levels.
Objectives: Upon completion of the course modules, attendees will be able to: Understand and use specific techniques and methodology to analyse nuclear civilian and military installations on vertical imagery. Detect and identify the industrial installations necessary for production of the nuclear fuel, electricity and waste related sites. Detect and identify military fissile production facilities and certain nuclear weapon related facilities. Perform detailed imagery analysis over nuclear civilian and military installations. Use imagery to analyse and report crucial, strategic facilities necessary for the weapons development program. Use imagery to assess certain NFC and military sites status (serviceability, capability, occupation, capacity). Use of imagery to monitor NPP changes and activity (refuelling, construction, maintenance). Acquire fundamental knowledge of the nuclear profile of some countries (issues, basic capacity, specific installation layouts, and history).
Description: The OneHealth Workshop, organized by Space @ Oxford, focuses on the intersection of human, animal, and environmental health. This online event aims to bring together experts and enthusiasts to discuss and explore the interconnectedness of health across different domains.
Objectives: Participants will gain insights into the OneHealth approach, understand the importance of interdisciplinary collaboration, and explore strategies for addressing health challenges that span human, animal, and environmental health.
Earth Observation - Disruptive Technology and New Space
Type: Online Course
Provider: Imperative MOOCs
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Description: This course explores how AI, deep learning, 3D visualisation, and associated innovations are being harnessed to meet the growing data analytics and data navigation challenges. It also covers the revolution in data storage, management, and processing infrastructure, especially advances in Cloud and Blockchain, and provides insights into the impact of New Space technologies and business models on EO applications and innovations.
Objectives: The course aims to provide an understanding of how AI and big data analytics are transforming Earth Observation, the advancements in data storage and processing infrastructure, and the future impact of New Space technologies on EO applications. Additionally, it highlights how ESA is responding to digital trends and the real-world impact of ESA's Phi innovation strategy.
Categories:System Engineering
Topics:Edge ComputingMission DesignSpacecraft and Instrument Operations
Description: Join us for an engaging tech talk and networking event hosted by Grey Consultants Ltd. This event aims to bring together professionals from various industries to discuss the latest trends in technology and foster meaningful connections.
Objectives: The primary objectives of this tech talk are to provide insights into current technological advancements, facilitate networking opportunities among attendees, and encourage collaborative discussions on future tech innovations.
Description: This course provides an in-depth understanding of systems engineering principles applied to space systems. It covers the lifecycle of space missions, including design, development, testing, and operations.
Objectives: Participants will learn about the key concepts and methodologies of systems engineering in the context of space systems. The course aims to equip learners with the skills to manage complex space projects and ensure mission success.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: Hosted at ESA Academy’s Training and Learning Facility, ESA-ESEC, Belgium, the Concurrent Engineering Challenge 2022 was originally planned in 2020, but was delayed due to the COVID-19 pandemic. The wait was well worth it, as the challenge – ultimately running from 4 to 8 April 2022 – proved to be a huge success. The goal was to familiarise students with Concurrent Engineering, and also help universities to develop their own Concurrent Engineering Facilities. Students were given a hypothetical mission to design using Concurrent Engineering, tasked with designing a prospecting mission to quantify water ice resources hidden in shadowy regions near the Moon’s poles.
Objectives: The objectives of the Concurrent Engineering Challenge 2022 were to familiarise students with Concurrent Engineering, help universities develop their own Concurrent Engineering Facilities, and design a lunar water-prospecting mission. Students learned about the Concurrent Engineering approach, experienced the Concurrent Model-based Engineering Tool (COMET), and explored Concurrent Engineering Facilities. They worked in subteams on different subsystem designs, performed concurrent engineering iterations, and presented their final mission designs.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Provider: South West Centre of Excellence in Satellite Applications (SWCoESA)
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Description: This course explores the application of geospatial technology in the agri-food sector, focusing on how satellite data and geographic information systems (GIS) can enhance agricultural practices and food production. Participants will learn about the latest advancements in geospatial technology and its practical uses in the agri-food industry.
Objectives: The course aims to provide participants with a comprehensive understanding of geospatial technology and its applications in the agri-food sector. Objectives include learning how to utilize satellite data for agricultural monitoring, understanding the role of GIS in food production, and exploring case studies of successful implementations.
Solving Social Challenges in Mining Using Space Tech – Spark Session
Type: Webinar
Provider: Satellite Applications Catapult
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Description: This session explores how space technology can be leveraged to address social challenges in the mining industry. It aims to provide insights into innovative solutions and foster discussions on the integration of space tech in mining.
Objectives: Participants will learn about the application of space technology in solving social challenges within the mining sector. The session will cover various case studies, technological advancements, and collaborative approaches to enhance sustainability and social impact.
Spot atmospheric convection from satellite: What satellite data is used in convection analysis
Type: Webinar
Provider: EUMETSAT
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Description: Discover what satellite data is used in convection analysis and try yourself in a hands-on data exercise in a convective case.
Objectives: Learn about the satellite data used in convection analysis and participate in a hands-on data exercise to apply the knowledge in a convective case.
Description: The Digital Imagery and Data Processing Course is a two-week training that comprises all the stages from the basics of satellite data, sensors, types of imagery, satellite data requesting, downloading, cataloguing, data processing levels depending on the future use, extraction and generation of DEM. In the course, we perform various guided exercises with the most common techniques of raster data processing to strengthen practical skills. The theory provided complement those skills and introduce an understanding factor. This data processing training is strongly recommended for imagery analysts or professionals who need to work with digital data, which still require orthorectification, reprojection or merging. Individuals who work with processed images might appreciate fast raster on-the-fly enhancement methods to improve their visible analysis.
Objectives: Upon completion of the course, attendees will be able to: Order appropriate raster products from commercial and open sources. Understand imagery acquisition process. Explore and understand raster data with associated metadata. Enhance imagery appearance (histogram stretch, band compositions, indices). Generate indices and band compositions. Understand basics of geographic and projected coordinate systems. Re-project raster data. Conduct right pansharpening process for different sensors. Perform basic raster geometric correction. Perform orthorectification with use of rational function coefficients (RPC). Understand hyperspectral and thermal imagery fundamentals. Visualize thermal raster data and calculate Landsat surface temperature. Generate data elevation model from stereo images. Employ mosaic datasets for imagery accessing, browsing, displaying and processing. Generate mosaic from two or more overlapping images. To use and understand important raster functions and create custom functions. Produce ortho and 3D products in Drone2Map application.
Categories:EngineeringSystem Engineering
Topics:Data ExploitationSpacecraft and Instrument Operations
Description: This course provides an overview of the principles and practices involved in space mission operations. Participants will learn about the various stages of mission operations, including planning, execution, and post-mission analysis.
Objectives: The course aims to equip participants with a comprehensive understanding of space mission operations. Objectives include understanding mission planning, execution strategies, and post-mission analysis techniques.
Categories:Project ManagementSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: This online course introduces participants to techniques for selecting and processing data to generate meaningful and timely information to support the better management of resources. To improve decision-making, the required information, tools, techniques, models, and decision-making procedures can be integrated into a user-friendly information processing system called a spatial decision support system (SDSS). In contrast to other geo-information systems, an SDSS provides insight into assessments of tradeoffs between the various options open to decision-makers.
Objectives: Participants will learn techniques for selecting and processing data to generate meaningful information for better resource management. The course integrates information, tools, techniques, models, and decision-making procedures into a spatial decision support system (SDSS), providing insights into tradeoffs between various decision-making options.
Introduction to ESA Business Applications – Your Business Powered by Space
Type: On-Site Course
Provider: South West Centre of Excellence in Satellite Applications (SWCoESA)
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Description: This course provides an introduction to ESA Business Applications, focusing on how space technology can power and enhance your business. It covers the basics of satellite applications and their potential impact on various industries.
Objectives: The objectives of this course are to understand the fundamentals of ESA Business Applications, explore the benefits of integrating space technology into business operations, and learn about the various satellite applications available for different sectors.
Description: ESA Academy hosted the CubeSats Hands-On Training Week 2022, a 5-day event aimed at transferring hands-on knowledge to university students keen to start their own educational CubeSat initiatives or who are already at the conceptual or preliminary design stage of a CubeSat project. The event included lectures and laboratory sessions led by experienced tutors, including ESA experts and engineers from Theia Space.
Objectives: The main objective of the CubeSats Hands-On Training Week was to provide university students with practical experience and knowledge in CubeSat development. Students learned about systems engineering, software engineering, electrical power systems, communication subsystems, assembly, integration and verification, attitude and orbit control systems, and spacecraft operations. The training aimed to prepare students for future CubeSat projects and careers in space exploration.
Categories:EngineeringSystem Engineering
Topics:CubeSat ProgramSpacecraft and Instrument Operations
Description: This workshop focuses on the principles and practices of user-centred design, aiming to enhance participants' skills in creating products and services that meet users' needs effectively.
Objectives: Participants will learn how to apply user-centred design methodologies, conduct user research, create personas, and develop prototypes. The workshop aims to equip attendees with the tools and techniques necessary to design user-friendly solutions.
Categories:EngineeringProduct/Quality Assurance
Topics:Education and Public Outreach / Public EngagementMission Design
Provider: EUMETSAT and Copernicus Atmosphere Monitoring Service/ECMWF
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Description: A MOOC about atmospheric monitoring using satellites, in-situ data, and models. Course developed for EUMETSAT and the Copernicus Atmosphere Monitoring Service/ECMWF in support of the EU’s Copernicus Programme.
Objectives: Learn about atmospheric monitoring using satellites, in-situ data, and models. Understand the aims of the course and the support provided by EUMETSAT and the Copernicus Atmosphere Monitoring Service/ECMWF.
Distributed Space Systems: Enabling New Satellite Applications
Type: Online Course
Provider: Satellite Applications Catapult
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Description: This course explores the potential of distributed space systems and how they can enable new satellite applications. It covers the technological advancements and operational strategies required to implement these systems effectively.
Objectives: Participants will learn about the key concepts of distributed space systems, the benefits they offer for satellite applications, and the challenges involved in their implementation. The course aims to provide a comprehensive understanding of the technological and operational aspects of distributed space systems.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: This course provides an overview of imagery intelligence (IMINT), including its principles, techniques, and applications. Participants will learn about the role of IMINT in decision-making processes and how it supports various missions and operations.
Objectives: The objectives of this course are to understand the fundamentals of imagery intelligence, learn how to analyze and interpret imagery data, and apply IMINT techniques to real-world scenarios. Participants will gain insights into the tools and technologies used in IMINT and how to effectively communicate findings.
Solent Branch – Sustainability in Space? – Could Safety Cases help?
Type: Webinar
Provider: The Safety and Reliability Society
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Description: The growth of satellites in orbit has been matched by a growth in orbital debris. With the recent increase in mega constellations, the importance of taking a sustainable approach to space operations is increasingly a priority. Since the earliest days of space activity, international agreements such as the Outer Space Treaty, national laws and licensing, and of course standards and guidance have all played a part in ensuring that a balanced approach is taken to space operations. But what else can be learnt from other sectors? This talk will explore what aspects of the ground based regulatory environment in the UK could be usefully applied to a hypothetical Safety Case in Space approach. Considering a generic low earth orbit mid-sized satellite, the pros and cons of a potential safety case informed approach will be explored for a full lifecycle in orbit operation, from deployment through to de-orbiting.
Objectives: Explore the aspects of the ground based regulatory environment in the UK that could be applied to a Safety Case in Space approach. Discuss the pros and cons of a potential safety case informed approach for a full lifecycle in orbit operation, from deployment through to de-orbiting.
Categories:SustainabilitySystem Engineering
Topics:Space EnvironmentSpace Policy and EthicsSustainability
Description: This 3-day course begins with a discussion of differential GPS, which continues through the rest of the week together with an in-depth look at GPS signal processing, navigation message content, code tracking, receivers and concludes with a discussion on the basics of Kalman filtering.
Objectives: To give a comprehensive introduction to GPS and DGPS technology, system concepts, design, operation, implementation and applications. To provide detailed information on the GPS signal, its processing by the receiver, and the techniques by which GPS obtains position, velocity and time. To present current information on the status, plans, schedule and capabilities of GPS, as well as of other satellite-based systems with position velocity and time determination applications. To fill in technical information gaps for those working in the GPS and GNSS fields.
Categories:Electrical and Optical EngineeringEngineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: This course is designed to provide course participants with an understanding of space software engineering and associated standards. It explains the ECSS E-40 software engineering discipline and standard (ECSS-E-ST-40C) in the context of the overall ECSS standardization framework, the software life cycle processes within the system life cycle, and provides a road map to its applications for ESA projects. The importance of addressing software issues in the early stage of a space system definition will be explained. The course will also address how to tailor and apply the ECSS software engineering standard to software projects and the evolutions proposed in the next revision of the standard.
Objectives: The objectives of the E-40 Software Engineering course are to: manage your software project for space and ground applications; understand the significance and procedures of the process; know what ESA expect from you; identify potential sources of project failures as early as possible; and bridge the System and Software domains.
Categories:SoftwareSystem Engineering
Topics:Spacecraft and Instrument OperationsTendering and Standardization
Description: This webinar covers the ECSS discipline Q-80 Software Product Assurance. The following main topics are addressed in the course: Planning and implementation of a software product assurance programme, Software process assurance, including software dependability and safety, software reuse, software configuration management, Software verification and validation, Quality of the software products and processes, including quality models and metrication.
Objectives: The objective of the Q-80 Software Product Assurance course is to provide the participants with an understanding of the software product assurance requirements defined in the ECSS-Q-80 discipline and the corresponding processes implemented in space application projects. The course will allow the participants to understand the scope and purpose of software product assurance, to get familiar with the ECSS-Q-80 Standard and its relation with the ECSS-E-40 Standard, and to understand the principles of tailoring of ECSS Standards.
Description: The engineering Standards in the E-50 discipline address the communications links used during either spacecraft operations (i.e. space-to-ground and space-to-space or during spacecraft assembly, integration and test, and operational phases). The course addresses the first set of (defined or adopted) standards for Space Data Links focusing on the lowest layers of the OSI model including Psychical and Data Link Layer. The following standards will be covered: ECSS-E-ST-50C Rev.1 – Communications (1 March 2021), ECSS-E-AS-50-22C – Adoption Notice of CCSDS 132.0-B-2 TM Space Data Link Protocol (1 March 2021), ECSS-E-AS-50-23C – Adoption Notice of CCSDS 732.0-B-3 AOS Space Data Link Protocol (1 March 2021), ECSS-E-AS-50-24C – Adoption Notice of CCSDS 231.0-B-3 TC Synchronization and Channel Coding (1 March 2021), ECSS-E-AS-50-25C – Adoption Notice of CCSDS 232.0-B-3 TC Space Data Link Protocol (1 March 2021), ECSS-E-AS-50-26C – Adoption Notice of CCSDS 232.1-B-2 Communications Operation Procedure-1 (1 March 2021), ECSS-E-ST-50-02C – Ranging and Doppler tracking (31 July 2008), ECSS-E-ST-50-05C Rev.2 – Radio frequency and modulation (4 October 2011). The course does not cover the ECSS E-50 standards for on-board communications (ECSS-E-ST-50-11C, ECSS-E-ST-50-12C, ECSS-E-ST-50-13C, ECSS-E-ST-50-14C, ECSS-E-ST-50-15C, ECSS-E-ST-50-51C, ECSS-E-ST-50-52C, and ECSS-E-ST-50-53C).
Objectives: Provide a basic understanding and explain the rationale behind key requirements in the ECSS E-50 discipline.
Categories:CommunicationsECSS EEngineering
Topics:Space EnvironmentSpacecraft and Instrument Operations
Description: To do business with companies, ESA has developed a procedure and an associated ESA Costing Software tool called ECOS for aggregating and calculating the price elements of the financial proposals through the entire contractual chain. This web page contains all relevant information about ECOS, including detailed explanations about the tool, a self-training manual as well as access to the ECOS helpdesk.
Objectives: Learn how to use the ESA Costing Software (ECOS) for aggregating and calculating the price elements of financial proposals through the entire contractual chain. Understand the procedure developed by ESA for business transactions with companies.
Description: Learn about the use of EO in reaching the Sustainable Development Goal (SDG) 2: Zero Hunger: ‘End hunger, achieve food security and improved nutrition, and promote sustainable agriculture’.
Objectives: Understand how Earth Observation (EO) can be utilized to achieve food security, improve nutrition, and promote sustainable agriculture as part of the Sustainable Development Goal (SDG) 2: Zero Hunger.
Massive Open Online Course (MOOC) – EO Open Data Science
Type: Online Course
Provider: EURAC RESEARCH (IT)
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Description: This course provides an introduction to Earth Observation (EO) and the use of open data for scientific research. It covers the basics of EO data, tools, and techniques for data analysis, and how to apply these in various scientific domains.
Objectives: The objectives of this course are to understand the fundamentals of Earth Observation, learn how to access and use open EO data, and develop skills in data analysis and interpretation for scientific research.
Provider: United Nations Office for Outer Space Affairs
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Description: Through three 45-minute modules, this eLearning opportunity introduces you to the basics of the space economy and the benefits space activities generate across various sectors. You can also learn about the future outlook for investments and innovation in the space domain and discover ways in which you can participate in this transformative field.
Objectives: This course is suitable for students, policymakers, entrepreneurs, as well as young and established professionals in and outside of the space domain looking to expand their understanding of the space economy, its role in today's society and ways they can participate in this exciting and fast-growing field.
Categories:OtherSustainability
Topics:Education and Public Outreach / Public Engagement
Provider: United Nations Office for Outer Space Affairs (UNOOSA) and National Aeronautics and Space Administration (NASA)
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Description: The United Nations Office for Outer Space Affairs (UNOOSA) in collaboration with the National Aeronautics and Space Administration (NASA) is organizing a webinar series on Systems Engineering. NASA helped pioneer Systems Engineering, which is a robust approach to the design, creation, and operation of systems. Basic systems engineering and project management skills are fundamental for planning, developing, and implementing an experiment or a space project, and are critical for those engaged in space activities, whether as a designer, builder, or manager of space infrastructure and services.
Objectives: The webinar series aims to provide a more in-depth focus on systems engineering principles to help applicants develop small space missions. It covers the fundamentals of systems engineering and project management, including requirements development, testing protocols, project lifecycle reviews, Model Based Systems Engineering (MBSE), and designing and developing science missions.
Categories:Project ManagementSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: The Copernicus MOOC addresses three key topics: understanding Copernicus data and services, learning from success stories, and acquiring the skills to develop and deploy Copernicus-enabled products and services. The course is taught in English by internationally-recognized experts and successful practitioners using engaging and interactive formats such as webinars, videos, use cases, and projects. It is built on a user-driven approach to enable participants to work on their own projects, learn from others, understand the latest trends in situational awareness technologies, and become active members of the Copernicus community.
Objectives: The objectives of the Copernicus MOOC are to provide an introduction to Copernicus data and the Copernicus ecosystem, teach participants how to access and use Copernicus data and services, and help them acquire the key skills and knowledge to develop and deploy Copernicus-enabled products and services. Participants will learn from success stories and understand how existing Copernicus-enabled services and applications have been developed and deployed.
Categories:System Engineering
Topics:Space EnvironmentSpacecraft and Instrument OperationsSustainability
Copernicus Marine Service Online Training Workshop for the Mediterranean Sea
Type: Online Course
Provider: Mercator Ocean International, Dvokut-Ecro, The National Research Council (CNR - Italy), Euro-Mediterranean Center on Climate Change (CMCC)
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Description: The Copernicus Marine Service Online Training Workshop dedicated to the Mediterranean Sea aims to train existing and new users on the use of Copernicus Marine Service products and services. The workshop will consist of plenary expert talks, round table discussions, and hands-on practical exercises to explore the Copernicus Marine products catalogue. Participants will gain knowledge to interact, share experiences, and express needs for new products in the Copernicus Marine Service portfolio.
Objectives: The workshop aims to bring together experts and users of marine products. Objectives include describing the potential value of using Copernicus Marine products, identifying relevant products, navigating the product catalogue, confidently using appropriate tools and products, and providing inputs for future design and development of Copernicus Marine Service tools and products.
Copernicus Marine Service Online Training Workshop for the Black Sea Region
Type: Online Course
Provider: Mercator Ocean International, Marine Cluster Bulgaria (MCB), Institute of Oceanology - Bulgarian Academy of Sciences (IO-BAS), Euro-Mediterranean Centre for Climate Change (CMCC)
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Description: The Copernicus Marine Service Online Training Workshop dedicated to the Black Sea Region is organized by Mercator Ocean International, Marine Cluster Bulgaria (MCB), Institute of Oceanology - Bulgarian Academy of Sciences (IO-BAS), and the Euro-Mediterranean Centre for Climate Change (CMCC). The workshop aims to train existing and new users on the use of Copernicus Marine Service products and services, involving self-directed and interactive learning.
Objectives: Objectives of the workshop are to bring together experts with users of marine products through plenary expert talks, round table discussions, and hands-on practical exercises. By the end of the training event, participants will be able to describe the potential value of using Copernicus marine products, identify relevant products, navigate the product catalogue, confidently use appropriate tools and products, and provide input into the future design and development of Copernicus marine service tools and products.
Introduction to Systems Engineering for Space – 2 Day Course
Type: On-Site Course
Provider: KISPE
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Description: A 2-day course that provides an overview and understanding of system engineering as used in the space industry. Aimed at a technical audience either new to the space domain, those wishing to gain an appreciation of systems engineering, and those moving into a system engineering role. We will explore what is system engineering and why it’s important, what is a system, system of systems and the System V diagram. We will explore the keys areas of system engineering through the project lifecycle and are the key project gates, from the concept development phase, through project definition to mission design and finally to verification and validation. We will explore the importance of understanding the users and stakeholder needs including external influences such as launch regulations. Requirements generation and management, developing concept of operations and spacecraft architectures and how to represent them. We will examine the importance of a robust spacecraft architecture and to design them. We will cover how to select preferred solutions, examining trade-off studies, technology readiness or qualification status and make/buy trade-offs. We cover how to technically manage projects throughout the lifecycle exploring change and risk management, configuration control, recording system information and the use of a system model and the role of MBSE. How to manage requirements and interfaces throughout the project to verification and validation management. In addition, we will cover how we present system level performance through the use of System budgets and how we use design margin within them.
Objectives: Gain Understanding of Systems Engineering in the Space Domain. What is system engineering and why is it important. How does it fit into the space project lifecycle. Explore how requirements are developed and written. Look at who are the users and other stakeholders and identifying their needs. What makes a well written requirement. How we get from concept to a mission design. Understanding of Concept of Operation and its importance in mission design. Designing spacecraft architectures and why they need to be robust. How we manage risk and the use of margins. Explore how we verify/ validate the spacecraft/mission. What is the difference between verification and validation. How do we verify requirements. Awareness of Technical management of space projects. The system engineering management plan, how do we manage change and interfaces across the project. How do we manage requirements, testing and verification.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: The course is aimed at practical, hands-on application of systems engineering tools and processes that can be realistically applied within your project environment to produce effective space systems. Using a combination of lecture, interactive discussions and group exercises, the course presents a detailed review of all major systems engineering processes within three major categories: Design, Realization and Systems Engineering Management. A detailed end-to-end system case study is used to translate theory to practice by illustrating detailed how-to examples for achieving and establishing each major technical baseline throughout the mission life cycle.
Objectives: The course aims to provide a detailed review of all major systems engineering processes within three major categories: Design, Realization and Systems Engineering Management. It uses a combination of lecture, interactive discussions and group exercises to translate theory to practice by illustrating detailed how-to examples for achieving and establishing each major technical baseline throughout the mission life cycle.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Introduction to Aerospace Engineering: Astronautics and Human Spaceflight
Type: Online Course
Provider: Massachusetts Institute of Technology
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Description: Spaceflight is exciting, and you don’t have to be a “Rocket Scientist” to share in the excitement! 16.00x makes the basics of spaceflight accessible to everyone. Join MIT Professor Jeffrey Hoffman, a former NASA astronaut who made five spaceflights and was the first astronaut to log 1000 hours on the Space Shuttle, as he teaches you the core principles behind space travel and exploration. The course will cover how rockets work, how spacecraft move in orbit, how we create artificial environments inside spacecraft to keep astronauts alive and healthy, what it’s like living in a world without gravity, how the human body adapts to space, and how spacewalks happen, plus more. Many lessons will be illustrated with Professor Hoffman’s own experiences in space.
Objectives: The basic principles of how rockets work (rocket science). How spacecraft move in orbit (orbital mechanics). What is required to keep astronauts alive and healthy in space (environmental control and life support). Basic concepts of safety and risk management. The effects of weightlessness on the human body. How to carry out a spacewalk.
Categories:EngineeringMechanical Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: For 30 years the Space Shuttle enabled human spaceflight in the United States and partner nations. Learn all about the Shuttle with this unique course, which also serves as a unique historical record. Since the lecturers are the same people who designed, built and operated the Shuttle, this is a first-hand testimonial to the world’s first reusable spacecraft. This course examines how the Space Shuttle was designed and how its design was influenced by economics and politics. The course goes into detail on many of the Shuttle’s subsystems (e.g. rocket engines, thermal protection, aerodynamics, environmental control and life support, communications, etc.) and explains how the Shuttle was operated (launch, mission control, payloads, etc.). The course also uses the Space Shuttle to present the fundamentals of Systems Engineering. Students will gain a systems perspective on the complexities of Shuttle development and its operations. It explores both the Shuttle’s successes and its shortcomings and has valuable object lessons for future space initiatives. The Shuttle is a valuable case study in the advantages and difficulties involved in reusable space systems - particularly relevant today as reusability is a key requirement of many rockets and spacecraft currently under development.
Objectives: Fundamentals of Systems Engineering. How a major technical program gets governmental approval. Design of human spaceflight systems. Operation of complex spaceflight systems.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
New Space Economy: Technologies, Products, Services, and Business Models
Type: Online Course
Provider: MIT Professional Education
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Description: This course is ideal for both seasoned professionals and newcomers to the industry. It serves as a stepping stone to a world of information, companies, technologies, and applications related to the New Space Economy. The faculty and facilitators are highly experienced and knowledgeable, providing support throughout the course. Participants will join a cohort of amazing people with inspiring stories and portfolios of work.
Objectives: The course aims to deliver knowledge about the creation of knowledge of our Universe and advancing science for the benefit of humanity, as well as delivering services with direct impact to businesses and people. It also addresses the limitations of resources on Earth and explores technologies, products, services, and business models in the New Space Economy.
How to write requirements in the Space Industry using a Knowledge Library based on ECSS standards
Type: Webinar
Provider: The REUSE Company
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Description: This webinar focuses on writing high-quality requirements in the space industry using a Knowledge Library based on ECSS standards. It covers the ECSS-E-ST-10-06C guidelines for developing technical requirements specifications and introduces the SE Suite, which includes glossaries, taxonomies of terms, types of requirements, requirements patterns, and quality rules.
Objectives: The objectives of this webinar are to introduce participants to ECSS standards, explain the content of the ECSS Knowledge Library, demonstrate how to use the library for writing high-quality requirements, and provide guidance on compliance with ECSS standards.
Categories:ECSSSystem Engineering
Topics:Space Policy and EthicsTendering and Standardization
How to Write Requirements Following the ECSS Standards
Type: Online Material
Provider: The REUSE Company
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Description: This course provides an in-depth understanding of how to write requirements in accordance with the ECSS standards. It covers the principles and guidelines for requirement writing, ensuring clarity, consistency, and completeness.
Objectives: The main objectives of this course are to help participants understand the ECSS standards for requirement writing, learn how to apply these standards in practice, and improve their skills in writing clear and effective requirements.
Categories:ECSSEngineeringSystem Engineering
Topics:Mission DesignTendering and Standardization
Description: The ESA Marketplace is designed to foster the development of scaling-up industrial players in new and emerging upstream and downstream markets, aiming to achieve sustained commercial growth. ESA supports commercial deals to either buy or sell products and services, allowing companies to work with the partners of their choice and facilitating the high-speed demands of today's market. The programme is technology-agnostic. To date, over 100 companies have engaged with the ESA Marketplace; 37 companies are involved in contracts; supported with €16M of co-funding. These companies have cited several success factors, including enhancing visibility and credibility through collaboration with ESA, enabling possible future partnerships, boosting customer acquisition, accelerating time-to-market for NewSpace products and services, and facilitating private investment into the Economic Operators. The feedback from the first participants reflects the achievements of the programme, in particular the very fast implementation enabling companies to go from idea to contract in just 3-6 months.
Objectives: This presentation will walk you through the details of the ESA Marketplace Programme, share some insights on the commercial success of the first participants and explain how to join the programme through the OSIP platform.
Categories:Project ManagementSystem Engineering
Topics:Mission DesignTendering and Standardization
Description: This e-learning course contains the recordings and materials of the IP & Patents lecture series that took place between December 2024 and March 2025. Intellectual property and patents are strategic tools to be taken into consideration in business decision-making and strategy. In this nine-part series, specialists from the world of patents and IP introduce important concepts.
Objectives: To provide attendees with an understanding of the subject of patents and intellectual property, and the impact and influence on their businesses.
The Frozen Frontier: Monitoring the Greenland Ice Sheet from Space
Type: Online Material
Provider: European Space Agency
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Description: You’ll look at the measurements made possible by Earth Observation (EO) satellites like Cryosat, the technologies and techniques involved, the data generated, and its uses and challenges.
Objectives: Understand the measurements made by EO satellites, explore the technologies and techniques used, analyze the data generated, and discuss its uses and challenges.
Description: A series of online learning materials suitable for anybody interested in the potential of remote sensing technologies for applications over land surfaces.
Objectives: To provide learners with an understanding of remote sensing technologies and their applications over land surfaces.
Description: Learn about the role of satellite ‘Earth observation’ (EO) technology in monitoring the Earth's Cryosphere and the data it produces.
Objectives: Understand the importance of satellite Earth observation technology in studying the Cryosphere, and learn how to analyze the data produced by these satellites.
Description: How does EO work, and how can it achieve the essential detail and comprehensive worldwide view that we need for climate monitoring.
Objectives: Understand the principles of Earth Observation (EO) and its application in climate monitoring. Learn how EO provides detailed and comprehensive data for global climate analysis.
Description: Learn how Earth Observation is used in a wide range of real-world sustainable development and development assistance activities across the globe.
Objectives: Understand the applications of Earth Observation in sustainable development and development assistance activities globally.
Description: The EO Africa RD Facility Webinars provide insights into the latest developments and research in Earth Observation (EO) technologies and their applications in Africa. These webinars aim to foster collaboration and knowledge sharing among researchers, practitioners, and stakeholders in the EO community.
Objectives: The main objectives of the EO Africa RD Facility Webinars are to enhance understanding of EO technologies, promote their use in addressing societal challenges in Africa, and facilitate networking and collaboration among EO professionals.
Description: EUSPA has developed practical video training for drone operators, demonstrating how to set up and activate EGNOS in drones. The video also provides an overview of the benefits of using EGNOS and Galileo differentiators for drone operations.
Objectives: To provide drone operators with practical knowledge on setting up and activating EGNOS in drones, and to highlight the benefits of using EGNOS and Galileo for drone operations.
Categories:Electrical and Optical EngineeringEngineering
Topics:RoboticsSpacecraft and Instrument Operations
United Nations Conference on Space Law and Policy: Emerging Issues in Space Law and Policy - Perspectives for African Nations
Type: Online Course
Provider: United Nations Office for Outer Space Affairs
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Description: The United Nations Conference on Space Law and Policy, organized in cooperation with the Economic Commission for Africa, focuses on emerging issues in space law and policy with a particular emphasis on perspectives for African nations. This virtual conference aims to provide a platform for discussions on the latest developments and challenges in space law and policy.
Objectives: The conference objectives include addressing emerging issues in space law and policy, fostering international cooperation, and providing a platform for African nations to share their perspectives and experiences. It aims to enhance understanding and implementation of space law and policy frameworks.
Categories:Other
Topics:Education and Public Outreach / Public EngagementSpace Policy and Ethics
United Nations/Chile Conference on Space Law and Policy
Type: Online Course
Provider: United Nations Office for Outer Space Affairs
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Description: Governance and Legal Perspectives on Space Activities in Earth Orbit and Beyond. This virtual conference aims to discuss various aspects of space law and policy, focusing on governance and legal perspectives related to space activities both in Earth orbit and beyond.
Objectives: The conference objectives include providing a platform for discussions on space law and policy, addressing governance and legal issues related to space activities, and fostering international cooperation in the field of space law.
Provider: United Nations Office for Outer Space Affairs (UNOOSA)
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Description: This webinar focuses on the role of innovation in driving growth within the space economy. It explores various aspects of space-related activities and their economic impacts, highlighting the importance of technological advancements and entrepreneurial initiatives in the sector.
Objectives: Participants will gain insights into the latest trends and developments in the space economy, understand the significance of innovation for sustainable growth, and learn about the challenges and opportunities faced by businesses and organizations in the space industry.
Description: This webinar focuses on strategies and methodologies for scaling up space economy initiatives. It covers key aspects such as market analysis, funding opportunities, and partnership development.
Objectives: Participants will learn about effective scaling strategies, understand market dynamics, explore funding options, and develop skills for creating successful partnerships in the space economy sector.
United Nations/Japan Long-term Fellowship Programme: Post-graduate Study on Nano-Satellite Technologies (PNST)
Type: On-Site Course
Provider: United Nations Office for Outer Space Affairs and the Government of Japan in cooperation with the Kyushu Institute of Technology (Kyutech)
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Description: The United Nations/Japan Long-term Fellowship Programme: Post-graduate Study on Nano-Satellite Technologies (PNST) is provided by the United Nations Office for Outer Space Affairs and the Government of Japan in cooperation with the Kyushu Institute of Technology (Kyutech). The Programme will provide extensive research opportunities in nano-satellite systems through the use of the nano-satellite development and testing facilities available at Kyutech.
Objectives: The Programme aims to provide students with extensive research opportunities in nano-satellite systems, leveraging the nano-satellite development and testing facilities at Kyutech. It seeks to enhance students' knowledge and skills in nano-satellite design and basic space technology development.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
First United Nations Conference on Space Law and Policy
Type: On-Site Course
Provider: United Nations Office for Outer Space Affairs
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Description: The First United Nations Conference on Space Law and Policy was co-organized by the Government of the Russian Federation and hosted by the State Space Corporation 'ROSCOSMOS' in Moscow, Russian Federation, from 11 to 13 September 2018. The conference aimed to address various aspects of space law and policy, bringing together experts and stakeholders to discuss the latest developments and challenges in the field.
Objectives: The conference objectives included fostering international cooperation in space law and policy, discussing the legal aspects of space activities, and promoting the peaceful use of outer space. It provided a platform for participants to share knowledge, experiences, and best practices, and to explore ways to enhance the regulatory framework governing space activities.
Topics:Space Policy and EthicsTendering and Standardization
United Nations/ Turkey/ APSCO Conference on Space Law and Policy
Type: On-Site Course
Provider: United Nations Office for Outer Space Affairs
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Description: The United Nations/ Turkey/ APSCO Conference on Space Law and Policy, hosted by the Government of Turkey and co-organized by the TUBITAK Space Technologies Research Institute, the Turkish Space Agency, and the Asia Pacific Space Cooperation Organization, took place in Istanbul, Turkey from 23 to 26 September 2019. The conference aimed to discuss various aspects of space law and policy, providing a platform for participants to exchange knowledge and ideas.
Objectives: The conference objectives included promoting international cooperation in space activities, discussing legal and policy frameworks for space exploration and utilization, and enhancing capacity building in space law and policy among participating countries.
Topics:Space Policy and EthicsTendering and Standardization
Provider: United Nations Office for Outer Space Affairs (UNOOSA)
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Description: The Drop Tower Experiment Series is a fellowship programme of the United Nations Office for Outer Space Affairs (UNOOSA) in collaboration with the Center of Applied Space Technology and Microgravity (ZARM) and the German Aerospace Center (DLR). We started this programme in 2014.
Objectives: The programme aims to provide opportunities for research under space conditions and questions related to space technology, utilizing the Bremen Drop Tower, the only drop tower of its class in Europe.
Categories:EngineeringSustainability
Topics:Education and Public Outreach / Public EngagementSpace Environment
Provider: United Nations Office for Outer Space Affairs
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Description: The Zero-Gravity Instrument Project (ZGIP) was initiated in 2012 as part of the Human Space Technology Initiative (HSTI)'s capacity-building activities, in which a fixed number of microgravity-simulating instruments, called Clinostats, have been distributed to selected schools and institutions worldwide.
Objectives: The major objectives of the project are to provide unique opportunities for students and researchers to observe natural phenomena of samples under simulated microgravity conditions on the ground, and to inspire them to undertake further study in the field of space science and technology. The project is also aimed at creating datasets of plant species with their gravity response, which would contribute to design future space experiments, and to the advancement of microgravity research.
Topics:Education and Public Outreach / Public EngagementSpacecraft and Instrument Operations
Description: Our Executive Program in Space Entrepreneurship is an 8-week program guided by two expert lecturers: one specializing in Space and the other in Business Development. This program is designed for those who want to build their own space company — from refining their business concept to developing a professional investor pitch. Through finance-focused content, expert mentorship, and hands-on workshops, you’ll gain the skills needed to raise capital and launch.
Objectives: Through this program, you will harness space technologies, align innovations with economic and regulatory frameworks, and develop entrepreneurial skills. Learn how to leverage these technologies to enter new markets or enhance existing commercial ventures. Apply this understanding to align technical innovations with economic realities and policy regulations. Gain hands-on experience in using space technologies such as Earth observation, satellite communication, and space logistics. Learn how to apply problem-solving frameworks and business strategies in our Program in Space Entrepreneurship. Gain knowledge in finance, business development, and space policy to launching and managing space-related startups.
Provider: University of Oxford Department for Continuing Education
Execution Date:
2026-06-22
Description: Due to the huge proliferation of wireless products, the use of RF system and sub-system elements is increasing. However, market demands in many business sectors are forcing dramatic cuts in the product-to-market schedule and on unit costs. One of the major causes for RF projects running over budget or timescale projections is due to the prototype re-work phase, which arises from the complex nature of RF design. This intensive, five-day practical course provides acceleration through the RF design learning curve by presenting a comprehensive introduction to RF and microwave design theory, techniques and measurements. It will give you an overview of the fundamental concepts involved with RF/Microwave design and presents design methodologies for both passive and active RF and microwave circuits and antenna design. Common RF/Microwave measurements are detailed and demonstrated. During the lectures you will see live demonstrations involving test equipment and computer-based simulation tools to illustrate concepts. In addition, you will have several opportunities to use the AWR Microwave Office design suite during the 'hands-on' sessions of this course. The course will also demonstrate the use of state-of-the-art measurement instruments on day 4 (Thursday). The presenters on the course are specialists drawn from both academia and industry, with a combined design experience of over fifty years. Group size limited to 16 delegates to maintain an effective delegate to course tutor ratio.
Objectives: The course aims to provide acceleration through the RF design learning curve by presenting a comprehensive introduction to RF and microwave design theory, techniques and measurements. It aims to give an overview of the fundamental concepts involved with RF/Microwave design and presents design methodologies for both passive and active RF and microwave circuits and antenna design. The course also aims to detail and demonstrate common RF/Microwave measurements. Additionally, it aims to provide several opportunities for participants to use the AWR Microwave Office design suite during 'hands-on' sessions and demonstrate the use of state-of-the-art measurement instruments.
Categories:Electrical and Optical EngineeringEngineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: The Space Studies Program (SSP) offers an intensive short course hosted each summer in different locations around the world. The program brings participants together for an intensive experience across all space disciplines. Through workshops, professional visits, and team projects, participants gain both breadth and depth in the space sector while joining a global alumni community that spans more than 110 countries.
Objectives: Participants will gain hands-on experience, join a global alumni network, and tackle real-world challenges with direct access to the space industry. The interdisciplinary curriculum exposes participants to broad new perspectives on the world’s space activities through lectures by renowned experts, hands-on activities and projects, team work, and professional visits.
Description: This course is a thorough examination of Africa’s space sector and ecosystem, within the context of the global space economy. It contains lectures and discussions on the conceptualisation, drafting process and content analysis of the African Space Policy and Strategy; adoption and implementation of the continental space programme and national space programmes; and the African space innovation ecosystem. These are examined within the context of the present and future international space governance system and global space economy. Through this course, participants will gain knowledge and insights into economics, public policy, law and governance, especially as pertains to the African space ecosystem. The course will be facilitated by experts including former members of the AUSWG and staff of the African Union Commission (AUC). The course modules and content are designed to accommodate participants from different academic and professional backgrounds. Live sessions take place virtually for the convenience of the participants. Also, there are non-live interactive sessions.
Objectives: Appreciate Africa’s history and heritage. Understand the African Union, its structure and operations. Understand the nexus between space policy development and socioeconomic development. Learn principles and application of space policy, strategy, law and governance. Develop knowledge and skills for leadership.
Description: This course provides an in-depth understanding of the design and operation of spacecraft systems. It covers various aspects of space systems engineering, including mission design, spacecraft subsystems, and integration and testing.
Objectives: Participants will learn about the principles of spacecraft systems design, gain knowledge on mission planning and execution, understand the integration and testing of spacecraft subsystems, and develop skills to address challenges in space systems engineering.
Categories:EngineeringSystem Engineering
Topics:Mission DesignSpacecraft and Instrument Operations
Description: The Master of Science: Space Studies (MSc) is an accredited program in Strasbourg, France. In three semesters, students gain a broad space foundation, choose a specialization, and complete a research project or internship to launch their space career. The program provides students with the knowledge and skills they need to succeed in the rapidly evolving space sector, covering all space domains and a wide range of topics. Students gain a deep understanding of space engineering, space applications, space exploration, and the physical and life sciences of the space environment. The program also emphasizes entrepreneurial aspects, preparing students to establish and fund space startups and master project management techniques.
Objectives: Students will gain hands-on experience, join a global alumni network, and tackle real-world challenges with direct access to the space industry. They will be familiar with space policies and regulations and will have the ability to critically evaluate knowledge across a variety of disciplines. The program aims to prepare students for fast-tracked professional insertion into the space sector, providing them with the knowledge and network needed to join the space workforce.
Provider: The Institution of Engineering and Technology (IET)
Execution Date:
2026-10-12
Description: Our Satcoms training course will give you a comprehensive understanding of satellite communication technology and applications. Ideal for early-career professionals, graduate students and anyone wanting a refresher course in key concepts, the course provides a grounding in essential tools and skills to enable you to work across a wide spectrum of terminal manufacturers, platform vendors, satellite providers and network operators.
Objectives: Gain a thorough understanding of link budgets and QoS design. Better position yourself to work for satellite manufacturers that design spacecraft and the payload. Learn to achieve the most optimal throughput of applications including IP over satellite. Understand the core principles, techniques and knowledge required to design complete end-to-end systems.
Description: Space activities are now integral to daily personal and global activities. They contribute to socio-economic and political progress, environmental sustainability, as well as scientific advancement. The World Economic Forum (WEF) and McKinsey project that the global space economy will be $1.8 trillion in about a decade from now. In January 2025, they also released their annual Global Cooperation Barometer, highlighting the state of global cooperation across five pillars, namely: trade and capital; innovation and technology; climate and natural capital; health and wellness; and peace & security. Space enables trade and commerce, movement of capital, development of innovations and spinoffs, tackling of climate issues, management natural resources, access to good health through access to health information and telemedicine, as well as serves as a tool for promoting peace and security. As such, organisations and countries need to leverage on space cooperation in order to advance their internal and international interests. Space is a dynamic and complex mix of competition, conflict and cooperation. It is also described as a congested, contested and competitive domain. Actors include private companies, international organisations and nation-states. This course is aimed at equipping professionals, policy makers, representatives, and stakeholders, with the knowledge and skills needed for strategic space cooperation and diplomacy. Participants will learn how to develop frameworks for sustainable and inclusive programmes, initiatives and ventures, both locally and globally. They will also understand how to link space policies and programmes with national interests (internal and international) while responding to local and international obligations. Beginning with international relations theory, the course explores systems, means and tools of space cooperation and diplomacy.
Objectives: Understand how national interests influence space activities, trade, technology transfer and exports. Appreciate the importance of space cooperation. Learn to utilise the tools of space diplomacy. Learn the principles of space diplomacy. Understand the nexus between air space and outer space, foreign policy and space policy, as well as space-cyber-nuclear nexus. Ability to engage in bilateral and multilateral discussions and negotiations. Enhanced understanding of space policy and law frameworks.
Categories:System Engineering
Topics:Space Policy and EthicsSpacecraft and Instrument Operations
CAS Systems Engineering, Teamwork & Leadership
Type: On-Site Course
Provider: Hochschule Luzern
Execution Date:
2027-01-01
Description: Dieses CAS-Programm schärft Ihre Fähigkeit, komplexe technische Systeme zu entwickeln, mit Klarheit zu führen und die Zusammenarbeit in interdisziplinären Teams zu fördern - und macht Sie so fit für Ihre nächste Führungsaufgabe.
Objectives: Kursinhalt: • Systems- and Requiremens Engineering • Model Based Systems Engineering • Project Management and Systems Engineering • Digital Transformation & Systems Engineering • Leadership & Collaboration • Quality Assurance and Systems Engineering • Intellectual Property Basics • Systems Engineering Project
