3 - 4 Years Experience jobs in Belgium (9), Bulgaria (5), Denmark (1), France (8), Germany (27), Greece (4), Hungary (1), Ireland (1), Italy (7), Lithuania (1), Luxembourg (7), Multiple Countries (7), Netherlands (3), Norway (1), Poland (3), Portugal (5), Spain (6), Switzerland (5) and United Kingdom (7).
Define and maintain a training strategy for the data access services, setting out target audiences, learning objectives, delivery formats and an annual training plan, and reviewing it against uptake and user feedback; Prepare and deliver user training
You will develop software that processes SDR and RF data collected by distributed ground stations. Your work will span the entire signal processing pipeline - from ingesting raw IQ captures through synchronization, spectral analysis and signal detection
Key responsibilities include programme planning and scheduling, action management, progress monitoring, analysis and reporting, and providing support to technical, cost, and schedule assessments. The role supports coordination with the
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
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
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
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,
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
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;
You will own the practical execution of hardware verification and validation activities from breadboard to flight demonstrator by developing test setups, integrating hardware, designing GSE, executing campaigns, and driving rapid learning cycles through
Accomplish tasks in our facilities, including: Mechanical and electrical assembly, integration and testing of the company prototypes and products; Environmental testing of the company prototypes and products (vibration, thermal vacuum, ..)
You will work on projects funded by ESA, EU SST and the European Commission, as well as commercial customers, coordinating cross-functional teams and external partners to ensure projects are delivered on time, within scope and in full compliance.
Coordinate and support operations of the Copernicus payload data processing and product extraction systems delivering Level 0 to Level 2 products, including backlog-processing, anomaly reporting and investigations of anomalies; Support the preparation and
You will be responsible for defining, selecting, and characterizing critical photonic components used in one of the most demanding laser systems ever developed for space. You will work closely with system and optical engineers, and industrial partners