On-site jobs in Belgium (1), Bulgaria (7), Czech Republic (1), Denmark (4), France (16), Germany (33), Greece (3), Italy (12), Lithuania (1), Luxembourg (4), Multiple Countries (6), Netherlands (3), Norway (1), Poland (1), Portugal (4), Spain (7), Sweden (1), Switzerland (5) and United Kingdom (16).
As Chief Technology Officer, you will define and lead SWISSto12’s technical strategy, act as technical authority, and lead system level engineering operations at corporate level. You will act as the ultimate authority on system architecture...
You are going to be at the intersection of cutting-edge research and mass production, transforming novel concepts into flight-ready systems that will shape the future of space propulsion. In this role, you will work on challenging problem with complex
You will be responsible for the selection and qualification of our launch vehicle Spectrum’s sensors, while maintaining the corresponding interfaces across the departments. Furthermore, you will work with all design teams to select and integrate sensor
Contribute to the exploitation of space segments of EU Space Programme Components and its associated tasks which include launch services and early operations. The successful candidate will also contribute to innovation activities that drive forward EU
Lead and support design, sizing, and justification activities. Contribute to technical trade-offs with a system-level perspective. Participate in test campaigns (thermal vacuum, vibration, etc.). Assess and validate COTS equipment from a mechanical and
Lead the design of satellite projects utilizing information about satellite subsystems and customer payloads, ensuring compliance with industry standards and mission objectives. Conduct system-level analyses, including mission analysis, performance,
Develop and optimize simulation models to analyze the physical behavior of systems, with a strong emphasis on heat dissipation and electromagnetic field interactions. Design and simulate heat sinks, antennas, and other critical components, ensuring
You will be the product owner of the Thrust Vector Control Actuator of the Spectrum Launch Vehicle. You will own the lifecycle of it, manage associated interfaces and ensure delivery on time, budget and scope. Interdisciplinary tasks and fast paced R&D
This role supports the design, simulation, and performance evaluation of advanced communication and navigation systems, using tools such as MATLAB/Simulink. The engineer will contribute to system-level trade-off studies ensuring robust system design for
Collaborate with multidisciplinary teams to integrate AOCS systems seamlessly into larger projects; Engineer solutions for complex attitude and orbit control challenges, from conception through implementation, ensuring precision...
You will own the backend architecture of the Meridian 5G NTN solution: the 5G Core, service and network management (OAM), and security architecture that ties the non-terrestrial radio segment into standards-based 3GPP networks. You will work at the
The successful engineer will be responsible for the mechanical design of scientific instruments and satellites on a project level; Starting from requirements, you create, together with a team of specialists, the mechanical parts on a detailed conceptual
Review and analyze Systems requirements and propose compliant architectures; Design and Implement schematics with detailed analog and digital circuit; Perform design analysis such as Worst-Case Analysis, Derating Analysis and FMEA/FMECA; Review
Design, develop, and optimize RF communication systems for high-performance applications; Develop and refine printed circuit board (PCB) layouts to ensure signal integrity and minimize noise; Implement RF circuit design, including amplifiers, mixers,
This mid-to-senior level role requires a strong understanding of the space market - including satellite systems, launch services, space infrastructure, or downstream applications - and the ability to engage credibly with government
Owns lidar performance modeling and processing: link budget, background (incl. spectral effects), detection chain, SNR; Defines lidar simulation truth models (aerosols, clouds) and processing approaches (filters, ranging, calibration); Owns end-to-end
You will define the group's roadmap and its objectives, and manage the current and future project portfolio. You will manage the group's budget and resources, including team allocation on projects. You will guide the development
You will take ownership of the power system for the next vehicle iteration which will include developing, integrating and testing of the new Power Distribution Unit. You will own the lifecycle of it, manage associated interfaces and ensure delivery on
You lead the technical integration of complex drone systems and subsystems, including C2, GCS, and payloads. Your focus is on turning innovative concepts and ideas into fully operational systems that are ready to fly in real-world conditions.
In this senior role, you act as the principal sparring partner for each specialist engineer, challenge technical decisions, and elevate the maturity of processes and methods across the entire Production Engineering department. This role reflects
This role requires a well-rounded mechanical engineer to support Loft's end to end missions and product development, with an expertise on structural analysis and test. You will be responsible for supporting "all things mechanical" for Loft missions, their
You will own the architecture, system definition and implementation of one of our robotic systems - from concept to field deployment. You will work hand-in-hand with project managers and technical leads to translate mission needs into system-level
You will play a key role in expanding Space Inventor’s global footprint by driving the growth of advanced satellite solutions. You will work at the intersection of commercial strategy and cutting-edge space technology, helping customers turn their
Manage the engine specification for the MSP launcher and ensure convergence and consistency with all launcher architects, particularly with the first-stage architect (i.e., 3-engine bay). Particular attention must be paid to the launcher exploitation
Perform fast structural/electrical repairs and develop a strong sense for fault diagnosis, identifying root causes (e.g., vibration, CG shifts, RF/noise, power issues, control geometry). Configure and troubleshoot UAV networking and telemetry (radios, IP
The role conducts operations of mission control systems for EUMETSAT and EUMETSAT-operated Copernicus satellite systems, coordinates system-wide activities related to the mission control systems for satellite monitoring and control, and supports the