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Are you a power electronics specialist excited by the challenge of designing high-reliability flight hardware for next-generation satellite platforms operating at ultra-low Earth orbit? On offer is the opportunity to join a high-growth space company pushing the limits of spacecraft performance and survivability. You’ll lead the design and delivery of mission-critical power electronics, owning converter architectures, control strategies, and high-voltage/low-voltage power pathways that enable safe, efficient spacecraft operation across the full mission lifecycle. Join a team building fast-moving aerospace programs where performance margins, robustness, and manufacturability matter. You’ll work closely with EPS, avionics, propulsion, thermal, systems, and integration teams to drive clean, efficient, space-qualified power designs from concept through to validated flight hardware. This position would suit a deeply technical engineer who thrives on converter design, hardware ownership, rigorous verification, and bridging the gap between simulation and real-world electrical performance in harsh orbital environments.
Job Responsibility:
Lead the design, development, and verification of spacecraft power electronics (DC/DC converters, power stages, switching networks, protections)
Own power converter architecture, component selection, control loop design, and stability analysis
Develop and review schematics, PCB layouts, and design-for-manufacture principles for flight hardware
Support EPS power conditioning and distribution (PCDU) development including protections, fault handling, and power switching strategies
Perform detailed analysis including efficiency, thermal dissipation, transient response, EMC/EMI risk, and worst-case performance
Drive component qualification and parts selection for space environments (radiation tolerance, derating, thermal constraints)
Plan and execute test campaigns: functional, environmental (TVAC), vibration, EMC pre-compliance, and fault injection
Lead design reviews (PDR/CDR) and provide technical mentorship across the electrical team
Collaborate cross-functionally to define requirements, interfaces, and system-level trade-offs across mass/power/thermal margin
Support integration and on-orbit troubleshooting, ensuring rapid issue resolution when performance deviates from expected behaviour
Requirements:
Bachelor’s degree in Electrical Engineering, Power Electronics, or similar (Master’s preferred but not required)
5+ years’ experience in power electronics design, ideally within aerospace, automotive, defence, robotics, or high-reliability industrial systems
Strong experience designing switch-mode power supplies (SMPS) including topologies such as buck/boost, isolated converters, and multi-rail architectures
Proven ability to take hardware from concept through schematic, PCB, bring-up, debug, and qualification testing
Strong understanding of EMI/EMC principles, grounding, layout constraints, and mitigation strategies
Experience with power electronics simulation and analysis tools (SPICE, MATLAB/Simulink, or equivalent)
Confident working hands-on with test equipment (oscilloscopes, power analysers, electronic loads) in a lab environment
Strong communication and leadership skills – able to own designs, run reviews, and guide engineers through delivery