Senior Manufacturing Engineer – Virtual Engineering, Propulsion Systems

GM•Warren, MI

1d•Hybrid

About The Position

At General Motors, we are redefining manufacturing through advanced digital engineering, simulation, and virtual tools. Our Global Propulsion Systems (GPS) team brings decades of industry-leading expertise across engines, transmissions, electric drive units, and batteries that power a broad portfolio of commercial and passenger vehicles. Within GPS, the Virtual Engineering Process Team is helping shape the future of Manufacturing Engineering by developing and implementing CAD, CAM, CAE, 3D, and virtual software tools that accelerate product and process design. Our goal is simple: bring products to market faster, smarter, and with flawless execution. We are looking for a self-motivated, innovation-minded Manufacturing Engineer to join our team and help advance model-based manufacturing simulation and emulation. In this role, you will lead virtual simulation and emulation efforts, support the evaluation and deployment of new hardware and software solutions, and help drive GM’s 100% virtual manufacturing engineering vision.

Requirements

5+ years of manufacturing experience
5+ years of hands-on experience with Siemens PLM and CAD systems, preferably NX
3+ years of hands-on experience with Siemens Tecnomatix Process Simulate or similar platforms
Basic understanding of PLC and robot programming, preferably Fanuc
Exposure to Agile methodologies and tools
Experience with business integration testing
Familiarity with powertrain components and manufacturing processes
Knowledge of data modeling and system architecture
Bachelor’s degree in Engineering or related field, or equivalent practical experience

Nice To Haves

Experience with XR technologies
Familiarity with GM Dual Check Safety Standards and Global Common Controls Structure
Experience in project execution
3D modeling experience, preferably in NX
Experience with CAM and/or CNC machining, with NX CAM preferred

Responsibilities

Lead virtual simulation and emulation initiatives that support manufacturing engineering and digital transformation efforts
Create and improve standardized virtual engineering processes that drive efficiency across equipment sourcing and project execution
Support the storage, processing, and accessibility of data across multiple platforms to enable scalability and collaboration
Partner with Process Engineering Leads and Machine Tool Builders to develop digital twins of physical manufacturing systems for simulation, testing, and real-time monitoring
Evaluate, design, and optimize manufacturing systems using Teamcenter Manufacturing Process Planner, Process Simulate, Integrated Emulation, and XR tools
Collaborate with Central Lead Manufacturing Engineers and IT teams to ensure consistency in simulation and emulation project execution across propulsion programs and manufacturing disciplines
Provide technical direction for the investigation, business integration testing, and deployment of both new and legacy virtual software and hardware utilities
Stay current on advancements in process simulation technology, industry trends, and emerging best practices