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of this research fellowship is to advance intelligent, agentic AI-driven, goal-oriented mission planning for EO satellite constellations, with a strong focus on autonomy, responsiveness, and coordinated execution
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non-deterministic behaviour, data-driven failure modes, human-machine interaction and emergent system effects; proposing and assessing architectural patterns for the safe integration of AI functions
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particular, the Automation and Robotics Laboratories. The Laboratories have a long heritage in the field of planetary and orbital robotics, as well as in human-robot interaction aspects of teleoperated
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training, analytics, and simulation workflows; understand the role of data engineering in enabling digital twins, AI agents, and decision support; work in an international and interdisciplinary team
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initiatives. Contribute to the design, prototyping and testing of AI-enabled solutions and digital assistants (e.g. AI agents, workflow automation tools, predictive, classification or optimisation models
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; contributing to the definition of the geographical return objectives for all ESA programmes and activities; interacting with non-Member States and European institutions for aspects relevant to industrial policy
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programmatic aspects; potentially supporting interactions with delegations and partners as required; leading a team of engineers and specialised engineering support from the Technology, Engineering and Quality
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engineering, policy, law and management. Based in ESA HQ, decision-making centre of the Agency, it also has a presence in ESOC and interacts daily with all S2P projects and offices in ESOC, ESTEC and ESRIN. As
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sector. You will be responsible for capturing customer needs and operational requirements through close interaction with end users, including the Belgian Ministry of Defence, translating them
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preparation. The team develops and evaluates immersive tools that can support crew training, operational assistance, procedure execution, human-system interaction, and mission concept development across a wide