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; Associated processing, mitigation, retrieval, correction and calibration algorithms for product generation. For remote sensing this includes algorithmic developments relevant to Lvl1 and Lvl2 ground processing
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(PNT) and geolocation systems definition, design and development. The PNT and geolocation domain covers the end-to-end (E2E) engineering of PNT and geolocation systems at system, space, ground and user
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through ESA contracts; implementing campaigns in support of radar mission algorithm development, and defining science and engineering products and associated performance requirements; coordinating campaign
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, Directorate of Technology, Engineering and Quality. The Telecommunication Systems and Techniques Section provides functional support to ESA projects and carries out technological research and development (R&D
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accelerators; developing processor enhancements to increase throughput, reliability and/or power efficiency for selected and implemented algorithms; proposing and supporting processor enhancements
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managing EEPS-related industrial activities during the preparatory phases of Scouts mission, ensuring the handover to the Project Department after approval; acting as the focal point for EEPS development
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devoted to the search for and characterisation of exoplanets around Sun-like stars in their habitable zone. Duties You will be in charge of the overall PLATO mission performance, the development
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objectives with societal indicators, geophysical algorithm development and related research activities; supporting the implementation of the renewed ESA EO science strategy and the definition of future
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operational efficiency through streamlined interfaces while highlighting the uniqueness of each EO science mission thanks to ad-hoc developed elements (notably in the processing and in the data quality domain
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processing; ensuring the provision of necessary instrument inputs for the development of level 1 processing tools/algorithms and the associated ground processor prototype; ensuring the timely availability