5+ Experience jobs in Austria (1), Belgium (1), Bulgaria (1), Czech Republic (1), Finland (4), France (24), Germany (19), Ireland (1), Italy (4), Lithuania (1), Luxembourg (5), Multiple Countries (9), Netherlands (2), Poland (3), Portugal (2), Spain (7), Sweden (2), Switzerland (8) and United Kingdom (13).
Translate use cases and stakeholder needs into technical architectures and requirements. Lead the definition of system-level concepts and support cross-disciplinary engineering development. Drive the early phases of new technology maturation (Phase
This opportunity is ideal for someone previous sales experience in the space industry and ready for their next challenge, including building a new team. You will be passionate about space with a technical background. You will also enjoy networking with
Lead a team of younger systems engineers working across projects, aligning bet practices, procedures and team culture within the company. They will be involved in all aspects and phases of our programmes, defining the technical context and leading the
You will own the strategy, financials, product vision, technical roadmap, and operational strategy for Spire’s global RF geolocation and intelligence portfolio. You will oversee a distributed team spanning product management, engineering, data science,
You will be responsible for steering the strategy, capability development, and performance of SE and IVV disciplines, ensuring delivery excellence and technical innovation across a portfolio of cutting-edge Mission Systems projects and product
Provide senior technical leadership for the design justification, lay-out optimization, and testing of the MON/MMH propulsion system; Interface with structures, thermal, avionics, GNC, safety and operations teams to ensure consistent cross-domain
Evaluate the end-to-end system engineering lifecycle with the associated cybersecurity activities, including definition of requirements, design and architecture, review of the compliance and associated evidence. Assess vulnerabilities support their
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
Identify and secure new enterprise customers directly. This requires the establishment of relationships with the key decision makers and influencers in the various organizations, understanding their current and future needs, and working to find the right
Define, implement, and maintain quality assurance procedures aligned with aerospace and IC industry standards; Lead, mentor, and develop a team of QA engineers to execute quality objectives and maintain compliance; Ensure complete traceability of
You are passionate about leading successful programs and managing a diverse portfolio of projects via Quality management and a project management approach and structured reporting and governance. You are detail-oriented and enjoy collaborating with
Monitoring and coordinating all the contractual, technical and programmatic industrial activities that form part of the Galileo Ground Segment Security Monitoring Infrastructure (SECMON) contract, in the role of Technical Officer, within the agreed
Following up, from ITT to completion, including milestones and reviews, on the segment and element procurement processes where new technologies and modern software technologies applicable to the ground segment play a major role; streamlining, improving
Strengthen Sener’s presence in the in-space operations market by promoting our existing product lines and identifying new business opportunities; Drive strategic partnerships with key customers and suppliers, ensuring long-term growth
Ensure development and validation planning for system, spacecraft and Ground Segment in line with technical and programmatic constraints; Follow implementation phase ensuring successful execution of AIV/T phase; Oversee
Lead and inspire teams responsible for developing and delivering instruments for scientific satellites and optical communications terminals, as well as conducting studies and phase A projects for agencies (primarily the European Space Agency);
You will act as the technical bridge between external subsystem suppliers and the final product, ensuring that all components (e.g. plasma, thermal, mechanical, electronics, fluidics) are harmonized to meet mission-critical satellite objectives.
Lead the end-to-end design, integration, and validation of a satellite constellation. The candidate will be responsible for system architecture, mission analysis, interfaces between subsystems, and compliance with ECSS standards. Define and validate
You will design, analyze, and support spacecraft trajectories and guidance strategies, with a strong focus on rendezvous and proximity operations (RPO) and formation flight. In this role, you will be responsible for planning and validating relative
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
Lead the design, development, and integration of advanced control systems and algorithms for mechatronic systems, with a focus on robotics and Unmanned Aerial Vehicles (UAVs). This role is critical in shaping innovative solutions for guidance, navigation,
Lead the design, architecture, and implementation of flight software for new satellite platforms and missions. Define software interfaces, patterns, and frameworks for onboard and ground systems using Rust, C, and C++. Oversee system-level integration and
Drive and perform advanced AOCS analysis and simulations to ensure optimal system performance and mission success for EnduroSat's missions. Offer critical AOCS expertise throughout the Assembly, Integration, and Test (AIT) phases and during satellite
Support the proposal capture leader and bid team until contract signature, during the proposal preparation with customer interaction, value proposition, customer need identifications etc.; In the frame of bid: Act as capture manager
You will work hand-in-hand with the rest of the development teams to bring robust, certifiable flight software to life, contributing to systems that actually fly while applying rigorous engineering standards in a high-stakes aerospace environment.
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
You will have a real impact on the development of systems that support satellite missions, manage space data, and enable tracking of orbital objects. By joining us, you’ll become part of a team with over 10 years of experience in developing software for
You'll play a key role in delivering fully integrated space missions from concept to orbit. You’ll be the technical driving force, bringing together multidisciplinary teams to turn ambitious ideas into real-world impact. Own the technical delivery
This role would suit someone with past experience in bids or sales in the space sector, who wishes to grow responsibility in the space BD area, or someone with technical space experience, such as systems engineering, looking to move into a more
Responsible for the management of the maintenance and the evolution of the operational EUMETSAT ground stations spread around eight main sites in Continental Europe and overseas. As successful candidate you will become part of the Ground Stations
In this role, you’ll manage external relationships while also working closely with colleagues from satellite operations, engineering, finance, procurement, and other internal teams. You will directly contribute to the delivery and evolution of strategic
Lead complex electrical integration and test activities, ensuring the technical excellence and reliability of satellite AIT operations. He/She acts as a technical reference within the AIT team, driving improvements in test methods automation, and system
This role will expand ALL.SPACE’s presence across NATO agencies by identifying and capturing business opportunities aligned with NATO’s evolving requirements in defense communications, interoperability, and mission resilience. The successful candidate
Main objective of the role is supporting operational services spread across the Galileo Centres GCCs and GSC as well as to assure the Service Delivery in compliance with the Service Levels Agreements (SLA). Support to overall system and service validation
You will play a key role in driving revenue growth and strengthening our market position. You’ll oversee daily sales activities, support and guide the Sales team, and ensure effective execution of our sales strategy. You’ll build strong customer
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
Maintain and structure the team’s day-to-day work: task breakdown, priorities, sequencing, and clear ownership. Mange Sprints and Epic organization and coordinate with Nyx Program schedulers. Maintain a (real-time) overview of all tasks required to
This role requires a strong analytical background, with demonstrated experience in static and dynamic analysis, including modal, random vibration, shock, and coupled loads analysis (CLA). You will work closely with structural design, AIT, and systems
You will be responsible for planning, coordinating, and executing all AIT activities for complex spaceflight hardware ensuring hardware is integrated, verified, and delivered on schedule and to flight standards. The role requires a strong mechanical
You will support the electrical and mechanical integration of Flight Models and execute software functional and regression testing. You will design, assemble, verify, and validate Electrical Ground Support Equipment (EGSE) and integrate and test Flatrover
Establish and enforce quality control measures throughout the entire program, including the spacecraft production lifecycle to ensure mission success and product integrity; Develop and implement standardized PA processes to streamline high-volume
Design, develop, and maintain embedded software applications for satellite platform control or rendez-vous camera, emphasizing the application layers and equipment management functionalities; Collaborate with system architects and stakeholders to define
Build and lead the multi-disciplinary team across the full development lifecycle; Define requirements and architecture for avionics, GNC and Flight Software; Translate system-level requirements into detailed specifications; Simulation & Modelling: use
Develop and maintain industrial files for the launch vehicle and its subsystems; Define, optimize and formalize assembly sequences and work instructions; Define, procure and qualify tooling and fixtures required for assembly and integration; Provide
You are the technical lead in complex development projects and act as a technical expert. You will guide interdisciplinary engineering teams and define robust, cost‑efficient technical solutions; Manage requirements, system architecture, design
You will be responsible for the execution of AIT activities, leading other engineers and technicians but supporting directly the execution of the operations; You will be responsible to define the budget of the means and people to deliver the Lunar
Lead the end-to-end development of a high-performance SDR for space applications in a LEO constellation; Architect mixed-signal RF electronics systems, including analog front-ends, high-speed digital interfaces, and signal processing paths; Select and
You will manage and coordinate activities and lead teams of talented engineers. Additionally, you will have an overview of all upcoming new missions and will be responsible for ensuring that efficient and harmonised design and engineering solutions across
Develop concept of operations for all flight phases (launch, rendezvous and proximity operations, docked operations, undock and departure, deorbit, entry, descent and landing, as well as recovery). Develop real-time operational products such as