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Location EAC, Porz-Wahn, Germany Our team and mission The Software and Artificial Intelligence Team drives innovation in HRE projects and initiatives across diverse exploration destinations such as
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, Argonaut on the Moon, Gateway around the Moon or Mars). When used in weightlessness conditions, XR hardware and software necessitate specific research, modification, tests or ground up design to ensure full
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Location EAC, Porz-Wahn, Germany or ESTEC, Noordwijk, Netherlands Our team and mission The mission is to advance digital and AI-driven capabilities for human and robotic exploration across all destinations, from low Earth orbit to Mars. Its activities focus on four pillars: Artificial...
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Eclipse RCP and SWT serve as the foundation of many large-scale, professional desktop applications in corporations like SAP, BOSCH, Infineon, Renesas, Vector, as well as in governmental organizations such as SBB, Infrabel, and InfraGO — including those at ESA/ESOC. However, the native SWT...
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implement software to expand capabilities and resolve operational issues related to the Data Foundation of a Mission Operations Ground Segment. Topic 2: Artificial Intelligence for Space Operations Artificial
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software engineers, and in performing these tasks, you will work in close collaboration with other Department and Directorate entities, including all mission stakeholders, as well as the Department’s Product
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Location EAC, Porz-Wahn, Germany Our team and mission Within the Robotics & IoT Lab, we design and build software capabilities that make human and robotic exploration safer, more efficient, and more
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Simulation Methods including scientific data processing and databases, software applications including human computer interface, support for science operation centres and downstream applications; Supporting
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, Flight Software and EEE Components and associated laboratory facilities. The responsibilities also extend to technology/product development and support to standardisation. More specifically TEC-ED
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? Which disruptive technologies or paradigms (specific architectures, lightweight adaptation methods, xAI, interpretable-physic awareness, uncertainty quantification, etc.) will you explore? Why is this