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Lead the end-to-end development of advanced satellite user terminals for LEO and GEO constellations, integrating semiconductors, software, RF, and antenna technologies into
Own end-to-end design of complex electronics modules and systems, from concept and architecture through schematic, layout, test, and production. Perform detailed design and/or technical guidance and mentorship for software-defined radios (SDR) in space
Lead end-to-end operational architecture, execution, and security of the satellite communication system's ground segment and satellite control (including LEO telecommunication constellations as BeetleSat).
You will be responsible for the definition and implementation of the overall system qualification and validation programme of work for the Secure Connectivity system. You will work
You will be responsible for managing and coordinating the Preparatory Activities, ensuring on time delivery and compliance with the objective of supporting the development and
You will be responsible for supervising all ground segment system engineering tasks relating to the effective design and development of the overall IRIS² ground segment
Supporting ESA’s role of Qualification and Validation Authority of the IRIS² system to ensure that the IRIS² system infrastructure complies with the applicable performance
You will be responsible for tasks relating to the design, development and deployment of the payloads of the Secure Connectivity Space Segment. Monitoring industrial work for the
You will be responsible for the definition, consolidation and update of the overall IRIS² system architecture. You will work at various levels: the system level to define the
You will be responsible for tasks relating to the design, development and deployment of the satellite platform of the Secure Connectivity Space Segment. Contributing to managing
Managing all engineering activities relating to the design, development, qualification, acceptance and validation of the satellites of the Secure Connectivity Space Segment
Work with suppliers on the adaptation of existing air interfaces to our specific needs on future systems. Model the impact of RF impairments and physical layer protocols on our
Design and authentication of data and signals for navigation services. Participation in research and development projects on satellite navigation systems such as EGNOS and GALILEO
You will play a vital role in designing and developing advanced antennas for our satellite communication systems. You will also be responsible for preparing and maintaining
Design and analyze satellite communication systems, including size and number of beams, bandwidth, coverage. Design modulation, coding, and multiplexing techniques for reliable
You will take a leading role in the design, development, and testing of our ECR- based ion thruster technology, from pre-design to flight! This is a unique opportunity to apply
Development of end-to-end validation test cases for satellite missions; Design of operations-representative test scenarios; Development of simulator and system scripts in support