Electronics Engineer

Join Our Mission to the Moon

At ispace EU, we are proud to have been the first European entity legally authorized to commercialize space resources; a milestone that marks a new era in lunar exploration. Based in Luxembourg, we are designing the next generation of lunar rovers and building a team of bold thinkers ready to make history. If you're passionate about innovation and want your work to have real impact, we want to hear from you.

TITLE: Electronics Engineer

LOCATION: Luxembourg

As an Electronics Engineer at ispace Europe, you will take technical ownership of the design, development and validation of electronic hardware for our lunar rover systems.

You will work across the complete electronics development lifecycle, from defining electronic architectures and selecting components, through schematic design and PCB development, to hardware bring up, debugging, integration and verification.

This is a strongly hands-on electronics design role. We are looking for an engineer who can make sound architecture and circuit-level design decisions and then go into the laboratory to build, modify, measure and troubleshoot the resulting hardware

• Take end-to-end technical ownership of electronic hardware developments, from requirements definition and architecture through detailed design, manufacturing, verification and qualification.
• Lead and document electronics architecture trade-offs, design analyses and key technical decisions, balancing performance, reliability, cost, schedule and space-environment constraints.
• Design, simulate and review complex digital, mixed-signal and power electronics, including high-speed interfaces and associated signal and power integrity considerations.
• Perform and document EEE component selection and derating, considering electrical performance, reliability, radiation environment, availability, obsolescence and applicable project requirements.
• Own schematic design and PCB development activities, including component selection, stack-up definition, grounding, impedance control, EMC/EMI considerations and design-for-manufacturing and design-for-test.
• Apply robust engineering practices to ensure designs meet allocated requirements and applicable reliability, quality and environmental constraints.
• Collaborate closely with Systems, Mechanical, Thermal, Software/Firmware and other engineering disciplines to ensure robust system-level integration.

Hardware Integration, Testing & Debugging

• Provide technical oversight of PCB fabrication and assembly, working closely with manufacturers and suppliers and resolving technical issues throughout production.
• Lead hardware bring-up, debugging and functional verification using appropriate laboratory instrumentation and test equipment.
• Perform board-level debugging and rework when required, maintaining a strong hands-on approach throughout hardware development and integration.
• Define verification approaches and develop test procedures, ensuring objective evidence and traceability against allocated requirements.
• Plan, support and follow up environmental test campaigns, including preparation, execution, anomaly investigation and closure of resulting actions.
• Support hardware/software and system-level integration activities, troubleshooting complex issues across subsystem boundaries.
• Develop scripts, test tools and automation where appropriate to improve hardware characterization, debugging, verification and test efficiency.
• Document test configurations, results, anomalies and conclusions to ensure technical traceability and support design qualification.

Technical Ownership & Leadership

• Act as technical owner for assigned work packages and represent and defend the design during internal and external technical reviews.
• Independently plan and execute complex technical work, coordinating dependencies and driving activities to completion.
• Proactively identify technical risks, issues and dependencies; define mitigation plans and drive them to closure.
• Review designs, analyses and technical documentation produced by other engineers, providing constructive technical challenge and ensuring appropriate engineering rigor.
• Provide technical guidance and mentor less-experienced engineers, supporting knowledge transfer and development of engineering capabilities within the team.
• Contribute to the continuous improvement of engineering processes, design methodologies, tools, standards and lessons learned within the Electronics team.
• Produce and maintain high-quality engineering documentation, including specifications, design descriptions, analyses, technical justifications, test procedures and test reports.

• Masters or PhD degree in Electrical Engineering, Electronics Engineering, or a related technical discipline.
• +7 Years significant professional experience in electronic hardware design and development, with demonstrated ownership of complex hardware developments across multiple phases of the engineering lifecycle.
• Strong experience in digital, mixed-signal and/or power electronics design, including schematic capture, circuit analysis and simulation.
• Strong experience in multi-layer PCB design, including high-speed design, controlled impedance, grounding, stack-up definition, length matching and EMC/EMI design practices.
• Solid understanding of signal integrity and power integrity principles and their practical application to electronic hardware design.
• Strong understanding of EEE component selection and electrical derating, including consideration of reliability, availability and obsolescence.
• Proven hands-on experience with hardware bring-up, board-level debugging, rework and functional testing using standard electronics laboratory equipment.
• Experience defining and executing hardware verification activities, including test procedures, requirements traceability and technical documentation.
• Ability to independently lead complex technical work, perform engineering trade-offs, identify technical risks and drive issues to resolution.
• Experience presenting and defending hardware designs during technical reviews and working effectively across Systems, Mechanical, Thermal, Software/Firmware and other engineering disciplines.
• Good scripting and programming skills for engineering, test and automation purposes; Python and C/C++ are preferred.
• Strong technical communication and documentation skills, combined with demonstrated initiative, technical leadership and the ability to mentor less-experienced engineers.

• Direct experience designing electronics for planetary rovers or lunar surface systems.
• Experience designing electronics for space or other harsh environments.
• Knowledge of radiation effects and mitigation techniques for electronic hardware.
• Knowledge of EMI/EMC, signal integrity, grounding and shielding.
• Experience with EEE component selection, derating and qualification.
• Familiarity with ECSS and/or IPC standards applicable to electronic hardware.
• Experience supporting environmental testing, including thermal-vacuum and vibration.
• Experience with OrCAD or equivalent schematic/PCB design tools.
• Experience with FPGA-based hardware and Xilinx devices.
• Experience with automated hardware characterization and testing using Python.

Why Join ispace EUROPE?

At ispace EU, we’re not just building lunar rovers — we’re shaping the future of space exploration from our base in Luxembourg. As part of a global team spanning Japan, the US, and Europe, we’re on a mission to create a sustainable lunar economy and expand humanity’s reach beyond Earth.

Join a diverse, fast-moving team where engineers, creatives, and business minds work side by side to turn bold ideas into reality. If you're ready to make history — and have fun doing it — we’d love to hear from you.

Let’s go to the Moon together.

Learn more about our recent activities here: .

We welcome candidates with diverse experience levels and evaluate the best fit on an individual basis. Your final job level and salary will be determined based on your skills, experience, and the impact you can bring to the role.