Lead electromagnetic (EM) design and methods for electric traction motors across GM’s electrified vehicle portfolio, with a primary focus on advancing virtual development toolchains
Job Summary
Lead electromagnetic (EM) design and methods for electric traction motors across GM’s electrified vehicle portfolio, with a primary focus on advancing virtual development toolchains.
Lead the development and deployment of tools and methods that assess new motor technologies, optimize existing designs, and enable faster, higher-quality decisions.
Advance the state of the art in electric motor and electric drive electromagnetic design by developing innovative optimization methods, FEA‑ and data‑driven toolchains, and multiphysics co‑simulation workflows.
Matching Summary
Lead electromagnetic (EM) design and methods for electric traction motors across GM’s electrified vehicle portfolio, with a primary focus on advancing virtual development toolchains.
Skills & Requirements
Must-have
Electromagnetic design and analysis tools
Advanced electromagnetic loss modeling
Multi-domain optimization for traction motors
Virtual test replacement capabilities
Electric traction motor design and analysis
Nice-to-have
ML/AI for electric machine design
Vehicle propulsion architecture development
Power electronics design and controls
Emerging methods and data leverage
Key Requirements
PhD in Engineering or equivalent work experience
10+ years of relevant experience
Finite-element–based electromagnetic design and analysis experience
Experience correlating analytical/virtual results to test data