Electric Drive Module System Engineer

Stellantis

United States, Michigan, Auburn Hills

1000 Chrysler Drive (Show on map)

May 28, 2025

The Electric Drive Modules (EDMs) System Engineer is responsible for optimizing, designing, and defining the Best-in-Class [BIC] EDM system [eMotor, Power Inverter, Gearbox] for efficiency, performance or cost for a given vehicle requirements / constraints. The engineer would lead the development, further improve, and maintain EDM system design optimization process/ methodologies considering all domains- electrical, mechanical, thermal and NVH. The System Engineer would be run trade of studies, evaluate design proposals, and recommend best technical EDM design. The engineer will be supporting fellow system engineers on multiple programs globally. The engineer will define requirements for EDM system and its subcomponents- eMotor, PIM, Gearbox. The Engineer will participate in EDMs technical roadmap and develop different EDMs concepts to meet its technical specs, life, and quality requirements.

Basic Qualifications:

Bachelor's degree in Mechanical, Electrical, or related degree field
Minimum of 8 years of industrial experience in optimization and design of BIC EDM systems [eMotor, PIM and Gearbox] for different electrified propulsion architecture and applications (BEVs)- considering system efficiency, performance, NVH, cost and other system constraints
Expert of Electric Drive System design -eMotor design, power electronics / power inverter module design, gearbox design, motor controls
Expert in model-based system engineering and tools -MATLAB, Simulink, Simcenter, Amesim or other competitive commercial system 1D simulation software
Expert in EDM System analysis- efficiency and performance
Experience in defining requirements for EDM or its subcomponents -eMotor, PIM or gearbox
Excellent communication skills and demonstrated ability to work both independently and in a team

Preferred Qualifications:

Ph.D. in Mechanical, Electrical, or equivalent Engineering from an accredited university
Excellent problem-solving techniques and analytical ability
Excellent leadership skills
Design for Six Sigma (DFSS)