Aerospace Engineer jobs in Austria (2), Belgium (2), Bulgaria (1), Croatia (1), Finland (1), France (15), Germany (28), Greece (1), Italy (11), Luxembourg (5), Multiple Countries (5), Netherlands (3), Portugal (1), Spain (12), Switzerland (10) and United Kingdom (5).
Lead the technical definition, development, validation, and industrialization of next-generation GNSS/PNT receiver technologies for both space and professional drone applications. The role combines system engineering, technical leadership, project
You will define and execute the company's ground infrastructure strategy, identify and secure new launch and test capabilities, and lead the development and delivery of world-class ground systems. Working closely with executive leadership, customers,
Lead the design, development, and verification of spacecraft thermal control systems, including radiators, heaters, MLI, coatings, and thermal straps; Develop, maintain, and review detailed thermal models using industry-standard tools (e.g., Thermal
The role focuses on delivering robust and reliable electronic systems for data handling, communications, and control across all mission phases. The engineer will contribute to system architecture definition, interface management verification activities,
You will own the engine cycle and the top level technical architecture of a pump fed liquid rocket engine. As the responsible engineer you translate mission and vehicle needs into an integrated engine design, establish the key performance trades, and make
Own end-to-end execution of vehicle-level and subsystem product development programmes – from kick-off through hardware build, test campaigns, qualification, and delivery; Build and maintain programme plans spanning propulsion, structures, avionics,
Design, Development and Verification of complex FPGA Designs from specification to hardware integration; Develop FPGA architectural, RTL-coding and unit level simulation for FPGAs; Develop test bench components, test cases and perform simulation together
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.
You will ensure smooth operation of our constellation and provide crucial support for any unexpected contingencies that arise on the fleet or ground systems. You will help to improve Satellite Operations by developing new procedures and tools.
Own system-level architecture, design trade-offs, and technical rationale once concepts are transferred from R&I; Ensure strong engineering fundamentals: requirements, interfaces, validation, and documentation; Act as a reference point for complex
You will analyse complex composite structures and pressure vessels for demanding space applications. Using state of the art simulation methods and in depth knowledge of material behaviour, you will assess the structural integrity and safety of our
Contribute to the system-level architecture and design for a MEO satellite communications system, focusing on the space segment in relations with the ground and user segments; Contribute to the design, specification and integration of the main payload and
Your responsibilities include technical management of our international aerospace RnD projects; Electronic systems planning and specification; Technical management of the development team; Execution of system and failure analyses Conduct technical
The successful candidate will lead the technical definition and development of the avionics and control systems used across Pangea’s full propulsion portfolio, including launch-vehicle engines, in-space propulsion systems and associated development and
Contribute to the entire embedded software application lifecycle, focusing on requirements definition, design, coding, debugging and integration with the flight hardware, with a primary focus on OBC software; Preparation of flight software deliverable
You play a vital role in bringing every satellite that reaches our Valencia production line to operational readiness. You will own the first power-on, initial software and firmware loading, and end-to-end systems verification of fully integrated SAR
You’ll play a key role in ensuring the quality, reliability, and scalability of ICEYE’s external manufacturing ecosystem. You will drive supplier quality activities across the full supplier lifecycle, from supplier selection and qualification to
You will participate in designing and implementing attitude and orbit control solutions for satellites across various missions. Utilizing your expertise, you will work to ensure our missions achieve the various mission performances on pointing, stability
In this role, you will advise and support all parties involved in a spaceflight project to ensure that the requirements regarding Product Assurance are implemented in the best possible way. The primary goal of Product Assurance is to ensure that
Define sensor fusion and cueing strategies across EO/IR Targeting Systems (EORTS), Radar Warning Receivers (RWR), and the Multifunctional Radar to generate a unified Tactical Situational Picture for the airborne platform; Develop the Concept of Operations
The selected candidate will contribute to the design, validation, and qualification of GNC/AOCS systems for orbital platforms, service modules, and space missions. Define and optimize the architecture of GNC/AOCS systems for satellites
You will work at system level, integrating different engineering disciplines and ensuring that technical solutions are consistent with the overall launch vehicle architecture, applicable requirements and mission objectives. The role is particularly suited
Acting as Program Manager for the delivery of HummingSat to a major GEO telecommunications operator. Leading all phases of the program - from initiation through delivery to the customer. Working in close cooperation with the customer to ensure contractual
Maintain and evolve the product’s electronic architecture, schematics, PCB design and electrical interfaces. Define and implement hardware updates, component changes and customer-driven interface adaptations. Review power, digital analogue, RF and
Define and execute the electrical and functional verification strategy, including test plans, specifications, procedures, reports and verification evidence. Develop and maintain test benches, ground-support equipment and automated test sequences.
Develop mission DD&V logic, including model philosophy, test matrix, hardware matrix, incompressible test list, etc. Develop concept of operations for Rover missions, including consideration of environmental and system constraints alongside payload
The role supports the successful delivery of lunar rover development programs by assisting in planning, execution, risk management, supplier coordination, schedule control, and customer reporting. The role acts as a key operational partner to the Project
You will play a crucial role in ensuring the quality, reliability, and safety of our lunar products. You will be responsible for implementing and maintaining quality management systems, conducting assessments, and collaborating with cross-functional teams
Design and develop RF, mixed-signal, and digital hardware for electronically steered antenna (AESA) communication systems. Develop RF front-end, power distribution, control, and interface circuitry for phased-array communication terminals.
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,
In this position you will perform trade studies, risk assessments, reliability analysis to balance performance, safety, cost, and schedule. Perform design analysis, such as Failure Modes Effects and Criticality Analysis (FMECA), reliability analysis.
Lead and coordinate technical engineering projects in close collaboration with cross-functional stakeholders. Design and size electronic products, ensuring alignment with system architecture and business rules. Analyze requirements and develop technical
The mission is to build the internal capability to specify, design, analyse, source, test, qualify, industrialise, and continuously improve critical valves for our propulsion systems. The first priority will be to assess and internalise selected valves
Lead geostationary telecom satellite spacecraft systems engineering activity, working with our satellite program team and our external partners and suppliers; Ensure the system is designed for its intended purpose and analyse technical trade-offs; Manage
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
EUSPA’s mission is to be the user-oriented operational Agency of the EU Space Programme, contributing to sustainable growth, security and safety of the EU. In the execution of its mission, EUSPA counts on strong partnerships with the European Commission, European Parliament, Member States, European Space Agency, and private actors across the EU.
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