Job Description
To pursue our ambitious vision, we are looking for a Senior Power Electronics Engineer. In this role, you will design the power conversion electronics at the heart of a satellite power system — owning your subsystem end-to-end, from first calculations to flight hardware.
Your Mission Will Be To
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Design and develop multi-kW-class DC/DC power converters for satellite power systems: semiconductor selection, gate drive circuits, power magnetics, and thermal management.
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Design isolated and non-isolated auxiliary and bias power supplies (buck, flyback, push-pull, LLC topologies), including magnetics selection, isolation requirements where applicable, and common-mode behavior in high-dv/dt environments.
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Design motor driver electronics for the actuation of deployable structures.
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Perform circuit simulation and analysis: switching losses, thermal modeling, worst-case analysis, and stability of control loops.
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Build, bring up, and validate prototypes in the lab: functional testing, efficiency and thermal characterization, EMC.
Requirements
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Professional engineering education (MSc or equivalent) in electrical engineering / power electronics, with 5+ years of hands-on converter design experience.
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Solid theoretical foundation in power converter topologies, magnetics design, and control theory.
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Practical experience with wide-bandgap devices (SiC/GaN): gate driving, switching characterization, layout for high dv/dt environments.
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Strong analog design skills: sensing chains, amplifiers, comparators, protections.
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PCB design proficiency (KiCad) with focus on power layout and EMI mitigation.
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Autonomy in the lab: oscilloscopes, differential/isolated probes, power analyzers, electronic loads.
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Strong analytical skills, a proactive attitude, excellent interpersonal skills and unbounded curiosity.
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You enjoy owning your scope end-to-end.
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Professional level English — further languages welcome.
Nice To Have
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Experience in space, automotive, aerospace, or other high-reliability industries.
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Familiarity with photovoltaic systems: solar cell/array characteristics, IV curve behavior, MPPT techniques.
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Familiarity with motor drives: stepper/BLDC control, driver stages, current regulation.
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Embedded C programming for real-time control on DSP/MCU.