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You will join an efficient team that works on cutting-edge products from their inception to their final assembly in the satellite: our activities range from performing the concept
Participate in the industrialization of Launcher Systems and technical support of major sub-contractors; Involved in the setup and technical support of a major sheet metal
Contribute to design reviews, proposing improvements considering manufacturing, assembly, and environmental constraints (vacuum, thermal, vibration, etc.); Update the technical documentation database (BOMs, revisions
Develop our mission control center infrastructure (general facilities, voice loops, video system, backup power, etc.) and interfaces with the ISS control center (MCC-H); Lead the selection, integration, and maintenance of ground support hardware and
You will design and procure valves for the propulsion system. This includes creating CAD models and drawings, overseeing production and testing from prototypes to serial
Develop and validate high-performance actuation systems for satellite attitude control; Define requirements and interfaces for actuators and related subsystems
The main responsibilities include coordinating assembly, integration, and validation (AIV) tasks for Earth observation cameras, as well as managing the production team and planning
Synthesize specifications from industry best practice, performance requirements, environmental requirements and concept of operations; Perform preliminary design to validate
Set up robust and scalable FEA modelling strategies for simulating the behaviour of CFRP pressure vessels and spaceflight structures, particularly focusing on Type 3 Composite
Monitor analysis plans and progress for assigned projects. Contribute to continual improvement of analysis processes and tools. Manage external CAE resource in coordination with
Responsible for planning, coordinating, and executing all Assembly, Integration, and Test (AIT) activities for spacecraft, satellite subsystems, or other high-reliability systems