5+ Experience jobs in Austria (1), Bulgaria (6), Czech Republic (1), Finland (10), France (18), Germany (26), Greece (1), Italy (6), Lithuania (1), Luxembourg (2), Multiple Countries (4), Netherlands (5), Poland (4), Portugal (2), Spain (18), Switzerland (6) and United Kingdom (11).
In this role, you will primarily bring strong leadership, organization, and project management capabilities to guide and structure the team, while contributing to technical decisions across propulsion systems. Lead, structure, and develop
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
Generation and review of robotics system requirements and verification strategies (at spacecraft, subsystem, and unit levels) for on-orbit servicing missions; Review inputs from and lead co-engineering sessions with robotics
You will be responsible for the functional coordination of the Flight Dynamics and Mission Analysis engineers’ pool, overseeing the preparation, execution, and monitoring of all activities related to Flight Dynamics and Mission Analysis
You will be responsible for the satellite on-board electrical wiring and RF solution developing for our new project, as well as supporting other projects across the company. This is an exciting opportunity to join a project, with major industry players,
This role owns revenue and commercial execution across Europe and internationally. You will lead fast, coordinate tightly across engineering and operations, and build a commercial machine that wins through preparation, clarity, and trust. No drama. No
Your main missions and responsibilities will consist of performing thermal and mechanical analysis to support the design, development and flight readiness of flight hardware. Contribute to life cycle load analysis and thermal measurement plan for parts
Define and lead the end-to-end space segment architecture for institutional, government and defense space missions, ensuring coherence across platform, payload and space segment elements. Translate mission objectives and customer needs into consolidated
Support the development of advanced space systems, with a strong focus on avionics, payloads, communications, embedded systems, and end-to-end requirements decomposition. Define and manage system, subsystem, unit, and interface requirements across the
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
The successful candidate will play a crucial role in supporting other disciplines by focusing on the embedded software aspects of our satellite systems. The Platform team interfaces directly with many engineering groups to conduct
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 be responsible for the design, implementation, operation, and continuous improvement of ground segment systems supporting our missions. Your primary focus will be on ensuring the readiness, security, and reliability of ground stations, mission
You will lead the analysis, design, implementation, optimization, and enhancement of spacecraft attitude determination and control systems. Additionally, you will play a key role in our effort to increase vertical integration by developing critical
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
You will be responsible for the structural analysis of spacecraft structures and development of internal tools for the evaluation and post-processing of the analysis and test results. Creation of mathematical structural models using the finite element
The successful candidate will leverage the mechanical design and development of propulsion components from concept through to detailed documentation and production handover. Design and optimize propulsion system components with a focus on performance,
You will be at the forefront of developing and executing our FPGA strategy, aligning it with Loft’s broader technology roadmap, and ensuring the successful delivery of FPGA-related projects. You will collaborate with cross-functional teams, drive
You will be responsible for delivering decision‑grade market intelligence that directly shapes our commercial strategy, product direction, and international expansion. This is a hands‑on, research‑driven role requiring strong analytical
In this position you will perform trade studies, risk assessments, reliability analysis to balance performance, safety, cost, and schedule. You will also ensure that the propulsion system aligns with overall product requirements, regulatory standards, and
You will contribute to all the AOCS design life-cycle starting from phase A/B up to the in-flight activities. These activities include, but are not limited to, supporting/leading AOCS S/S conception and design, beside to the support to all the AIV/AIT
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
Lead system engineering across the space and ground segment, ensuring a consistent end to end architectural approach; Own and maintain requirements integrity from customer needs through system, subsystem, and verification levels; Own system budgets
Lead the GNC/AOCS development of a space mission through complete life-cycle; Lead a team of GNC/AOCS experts in the different domain; Requirements capture and flow-down (component level specification preparation); AOCS System definition and development,
Ensure consistency and exploitation of synergies between all the activities related to definition, design, implementation and validation of services, infrastructure, user segment, standards, and security; Perform activities as technical authority and
You will be responsible for supervising all ground segment service engineering tasks related to the effective design and development of the infrastructure providing services to the end users, operated by the IRIS² service management centre, the GOVSATCOM
Own the on‑board payload software for a high‑performance satellite communications system. You will set the architecture and technical direction, deliver flight‑ready software, and build the engineering team and practices required to scale from early
You will lead a multidisciplinary team of digital, electrical, and power specialists, overseeing the design, development, integration, and testing of advanced avionics and power systems for satellites. You will ensure these systems deliver reliable and
Lead or contribute to security research, vulnerability assessments, and penetration testing activities; Identify, analyze, and validate vulnerabilities in complex systems and applications; Support or drive exploit development for discovered
Lead and build a team of mechanical and aerospace engineers, ensuring that the mechanical ground infrastructure is designed according to coherent internal standards and processes while taking ownership of technical work packages yourself;
Act of main point of contact for the customer for all PA matters on the spacecraft program. Draft and implement quality assurance policies and procedures within the company and ensure compliance with applicable space industry standards, customer
This is a critical leadership role at the heart of our satellite development programmes, with responsibility spanning the full life cycle - from early mission definition through to launch, commissioning, and in-orbit operations. You will play a key role
You will manage junior colleagues based in the UK, interact with the rest of the Innovation team based in France and collaborate with colleagues from satellite operations, engineering, finance, procurement and other internal teams. You will be directly
Lead and manage, providing guidance, motivation, and strategic direction. Define project goals, scope, and deliverables in collaboration with key stakeholders. Build the work logic, including the development and qualification approach in collaboration
You will lead all engineering activities across the company, ensuring the successful execution of ThrustMe’s technical roadmap. You will manage and mentor a team of engineers, oversee the full product development lifecycle and ensure the future
Assist the Team Leader and Deputy Team Leader to plan and oversee imagery analysis projects. Conduct in-depth imagery analysis, processing and interpreting satellite, aerial and geospatial data. Deliver high-quality IMINT/GEOINT products and actionable
Oversee the full lifecycle of telecommunications payloads, from concept definition to in-orbit validation; Translate mission and system requirements into payload technical specifications, performance budgets, and interface documentation; Lead technical
The successful candidate will be responsible for the specification, architecture, implementation and verification of digital hardware for embedded systems in space and defense applications, ensuring performance, reliability and compliance with applicable
Manage and interface with the team members responsible for the other satellite subsystems; Define and analyse different components of the telecom payload, from passive units, RF active units to digital and optical components
Defining the quality and reliability environment for the design processes and the realization of the instrument; Define, implement and monitor the product assurance program, including software product assurance, within projects
Lead, develop and implement the SST activities, in the scope of domains such as the Space Surveillance and Tracking Support Framework and other related space and defence EU initiatives; Be responsible for defining, negotiating
Provide senior technical leadership for the design justification, lay-out optimization, and testing of the MON/MMH propulsion system; Support the validation of propulsion system architecture, functional chain, and control strategy
Perform Systems Engineering (aka Technical Project Management) throughout Study, Development, Qualification and Production phases, to achieve and maintain qualification of product. Is the technical responsible for identified critical sub-systems (such as
You focus on security architecture and risk-driven design for complex IT and software systems. You combine strong hands-on technical expertise with the ability to structure, justify and communicate security concepts at both technical and project level.
Ensure alignment, communication, prioritization, and execution of strategic initiatives. Track progress on strategic initiatives and ensure deadlines are met. Set up and monitor appropriate performance targets supporting the broader leadership team
Responsible for the selection and integration of payloads/sensors onboard the Skydweller Unmanned Air System (UAS). Define all system-level and subsystem-level requirements for payloads and sensors (e.g. EOIR, Radar, SIGINT, comms-relay, etc.)
System level design of space and ground segments including requirements analysis, sensitivity analysis, mission analysis and design trade-offs. Working with the Sales and Engineering teams in support of bid/tender activities to generate technical
You will lead communication system performance from early design to in-orbit operations. Your work will influence how satellites communicate and deliver data from orbit. You will operate close to real systems in both cleanroom and operational
Definition of flight test plan with Head of Flight Test, Head of the Design Organisation and Director of Flight Operations. Creation of Flight Test Cards/agreement of Test Points. Write and review flight tests and safety plans. Brief safety packages to
Act as a Project Manager for subcontracted antennas and complex mechanism systems to ensure successful and timely delivery of major components for the HummingSat program. Lead strategic partners and major suppliers including design reviews, deliverables,