Hybrid Summer Intern: Advanced EV Power & AI R&D

General Motors Company; Warren (MI); Hybride; USD 20 000 - 33 000; Plein temps

Résumé du poste

General Motors Company is seeking a highly motivated 2027 Summer Intern to support research in electrification and propulsion within the EPSR Lab in Warren, MI. The role blends analytical work, simulation, and hands-on testing in a collaborative environment.

You will explore advanced electric-machine topologies, develop control strategies, and apply AI methods to improve motor performance, reliability, and efficiency for future HEV/BEV platforms.

Qualifications

• Current enrollment in an accredited advanced degree (MS or PhD) program.
• Interest in electric machines, controls, power electronics, or vehicle electrification.
• Strong analytical, problem-solving, and technical communication skills.

Responsabilités

• Investigate advanced electric-machine topologies such as rare-earth-free synchronous reluctance, induction, and switched reluctance machines.
• Develop, evaluate, and improve control strategies for electric drive systems.
• Apply AI/ML methods to engineering tasks like design optimization and diagnostics.
• Support simulation, modeling, and concept development for HEV/EV propulsion.
• Participate in drive-system testing, lab experiments, and hardware validation.
• Collaborate with researchers, engineers, and cross-functional teams.

Connaissances

Electric machines

Control systems

Power electronics

Vehicle electrification

Artificial intelligence

Formation

MS or PhD enrollment

Outils

MATLAB/Simulink

Finite-element analysis

Python

C/C++

Lab instrumentation

Description du poste

General Motors Company is seeking a highly motivated 2027 Summer Intern to support research in electrification and propulsion within the EPSR Lab in Warren, MI. The role blends analytical work, simulation, and hands-on testing in a collaborative environment.

You will explore advanced electric-machine topologies, develop control strategies, and apply AI methods to improve motor performance, reliability, and efficiency for future HEV/BEV platforms.