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Troubleshoot traction inverter hardware and support high-volume manufacturing and field studies.
Characterize and model power semiconductors and traction inverters performance.
Develop and test circuit technologies to improve traction inverter performance.
Collaborate with modeling, mechanical, manufacturing, and test teams.
B.Sc. in Electrical/Electronic Engineering, currently working towards a M.Sc., or the equivalent in experience, and evidence of exceptional ability.
Hands-on experience with design and testing (high voltage) power converters and PCBA.
Familiarity with laboratory equipment (oscilloscopes, power supplies) and circuit simulation tools.
Proven interest in electrical/electronic design engineering through extracurricular activities and projects.
Additional Preferred Skills
Hands-on experience with analyzing and testing high voltage power semiconductors (switching waveforms and loss mechanisms).
Understanding of schematics, datasheets, and application notes.
Familiarity in a programming language such as Matlab and/or Python.
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