Virtual engineering is a key enabler to achieving industry leading speed, built-in quality, and new product throughput
Job Summary
Virtual engineering is a key enabler to achieving industry leading speed, built-in quality, and new product throughput.
The System Virtual Performance Integration Manager is responsible for coordinating all propulsion system analysis activity for a product program and acts as the single point contact to the program chief engineer for propulsion system analysis.
General Motors believes in a world with Zero Crashes, Zero Emissions and Zero Congestion and embraces the responsibility to lead the change that will make our world better, safer and more equitable for all.
Matching Summary
Virtual engineering is a key enabler to achieving industry leading speed, built-in quality, and new product throughput.
Skills & Requirements
Must-have
Propulsion system analysis
Virtual engineering projects
Cross-functional team coordination
Analysis plan development
Virtual design reviews
Nice-to-have
Human-centered design process
Breakthrough hardware and battery systems
Intuitive design and intelligent software
Next-generation safety and entertainment features
Drive cycle and high voltage bus analyses
Key Requirements
Bachelors Degree in Engineering
5 years of Engineering experience with propulsion-related systems
7 years of professional Engineering experience
Experience with coordination and leading projects
High level of oral and written communication skills