Through close liaison with other teams within EUMETSAT (particularly the Flight Dynamics, Spacecraft Operations, Mission Control Systems and Data Processing teams), understand and implement all Space and Ground segment operational needs that must be met
Ensure suitable standards, processes and controls are followed across all phases of the projects from conceptualization through completion, including planning, and managing technical performance to ensure quality, business, schedule and financial
Provide support to global combustor fluidic system development through application of both theory and/or CFD; Drive and/or contribute to injector design and optimisation against combustor requirements and design intent using theory and/or CFD
The post holder is responsible for, and contributes to, the flight dynamics and mission analysis aspects of system development and operations preparation, validation and routine operations of current and future missions. She/he participates in the
As Satellite Software Architect, you will be the technical authority bridging the individual unit development teams - working closely with our Embedded Software Engineers, EE and FPGA engineers - and the satellite-level system architecture. You will
With responsibility for the product assurance and safety for D-Orbit’s platforms, you will drive the quality of the assigned business line and related projects and services. During the entire product lifecycle, the PAM will be responsible for the
Be responsible for a safe and efficient co-location and/or station-keeping of the SES GEO and MEO satellites, while minimizing propellant usage to maximize satellite lifetime, satisfying satellite constraints, and avoiding risk of collision between SES
Are you an experienced and skilled space systems engineer with hands-on experience in satellites and space missions? Do you take full ownership of a project as a technical authority? Do you want to be a key asset in a high pace satellite company, and work
Your primary focus will be to translate mission needs into specific performance requirements for detection, tracking, and identification, whilst defining the sensor's concept of operations and algorithm integration. You will guide the technical supplier
You will lead the definition, planning, and traceability of Integration, Verification, Validation, and Qualification (IVVQ) activities across spacecraft missions. You will ensure our test campaigns and qualification efforts are requirements-driven,
This Design Team is responsible for executing mechanical design activities for space structures, mechanisms, and components. Our work includes CAD modeling, the creation of detailed drawings, and the development of design documentation. We support change
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 production, and managing requirements. You will be actively involved in prototyping
To support the ongoing expansion of our activities in space electronics and laser‑based instrumentation, we are looking for a professional to strengthen our Electronics division. Join us in developing innovative, reliable, and high‑performance
The candidate will work on designing, analysing, and optimizing advanced RF subsystems for satellite and aerospace applications. The candidate should have strong analytical and problem-solving skills and be able to navigate in a fast-changing
You’ll be responsible for helping architect a scalable regional sales engine, establishing strategic partnerships, and collaborating with cross-functional teams to deliver innovative, technically sound solutions tailored to our customers’ unique
Contribute to the launcher development and verification plan with a strong link with tests (objectives, exploitation and measurement plan); Contribution to the tests and flight preparation (i.e flight worthiness file), forecast, and analysis
You will own the end-to-end system engineering and integration of the airborne AESA radar, from initial requirements through to flight test and operational release. Your core responsibility is to translate mission needs into tangible radar performance
Lead and contribute to PCB/PCBA/FPC electronics design, schematic capture, component selection, and board bring-up; Serve as the primary technical authority for hardware trade-offs between performance, cost, and manufacturability
Lead the PVA process development, qualification and execution; Design and develop jigs, fixtures, and tools for the precise alignment and integration of photovoltaic cells; Conduct a variety of non-destructive and destructive tests to validate the quality
Responsible for the execution of electronics development projects in the space market; Responsible for planning and managing project activities in terms of cost, schedule and quality; Management of a project team of highly skilled experts;