Advanced Electrical Integration Safety Engineer

GM•Warren, MI

7d•Hybrid

About The Position

The Role: The PCEI (Post‑Crash Electrical Integrity) Integration Engineer is responsible for ensuring electrical system safety and integrity during and after vehicle crash events. This role provides cross-functional leadership, aligning Safety, Wiring, Module Owners, and Technical Specialists to ensure that electrical components and harnesses are designed, routed, and integrated to protect occupants and support crash‑specific safety objectives. The engineer drives requirement interpretation, technical negotiation, and best‑practice documentation across multiple vehicle programs. What You'll Do: Lead and develop a team of engineers. Develop engineering, manufacturing and other imperatives with Design theme intent (interior, exterior, aero, wheels and components). Communicate program engineering status and drive decisions. Integrate the Studio surface with the Engineering criteria by executing the Decision Fixed Point Process. Integrate engineering, performance and manufacturing criteria to ensure it produces a viable design space that provides the Studio with reasonable bandwidth for styling purposes. Support technical activities for Design surface development (e.g. Aero, data acquisition, Surfacing Groups, Vehicle Configuration, PPO shop, etc.) and engineering requirements. Responsible for provision of engineering / criteria information towards the completion of clinic properties, armatures, seating bucks and Mock up activities to understand and comprehend the Program Team's decisions. Identify technical problems and form engineering solutions related to surface execution and Design intent (e.g. molding definition, window blackout, hardware fit, lamp interfaces, grilles, door cut lines, etc.). Support the UG surface release process to SF and support surfacing groups in the development of final UG surfaces (SF-VDR), including surface verification process and activities. Execute the Architecture excellence process to integrate the customer with the vehicle. Attend various meetings (Program Review, VCIT, SDIT, CIT, etc.). Identify technical issues, develop engineering solutions and utilize a trade-study approach to recommend the solution that best meets the Customer's needs. What You'll Need: 5-7 years exp in electrical architecture, vehicle safety integration or related automotive engineering disciplines. experience supporting crash testing, post-crash evaluations, or safety-critical component development Demonstrated ability to lead cross-functional technical discussions and negotiate engineering requirements Strong understanding of vehicle electrical architecture, wiring systems and component integrations Ability to review and analyze crash test data related to electrical performance and safety Hybrid: This role is categorized as hybrid. This means the successful candidate is expected to report to the office three times per week, at minimum. Relocation: This job may be eligible for relocation benefits.

Requirements

5-7 years exp in electrical architecture, vehicle safety integration or related automotive engineering disciplines.
experience supporting crash testing, post-crash evaluations, or safety-critical component development
Demonstrated ability to lead cross-functional technical discussions and negotiate engineering requirements
Strong understanding of vehicle electrical architecture, wiring systems and component integrations
Ability to review and analyze crash test data related to electrical performance and safety

Responsibilities

Lead and develop a team of engineers.
Develop engineering, manufacturing and other imperatives with Design theme intent (interior, exterior, aero, wheels and components).
Communicate program engineering status and drive decisions.
Integrate the Studio surface with the Engineering criteria by executing the Decision Fixed Point Process.
Integrate engineering, performance and manufacturing criteria to ensure it produces a viable design space that provides the Studio with reasonable bandwidth for styling purposes.
Support technical activities for Design surface development (e.g. Aero, data acquisition, Surfacing Groups, Vehicle Configuration, PPO shop, etc.) and engineering requirements.
Responsible for provision of engineering / criteria information towards the completion of clinic properties, armatures, seating bucks and Mock up activities to understand and comprehend the Program Team's decisions.
Identify technical problems and form engineering solutions related to surface execution and Design intent (e.g. molding definition, window blackout, hardware fit, lamp interfaces, grilles, door cut lines, etc.).
Support the UG surface release process to SF and support surfacing groups in the development of final UG surfaces (SF-VDR), including surface verification process and activities.
Execute the Architecture excellence process to integrate the customer with the vehicle.
Attend various meetings (Program Review, VCIT, SDIT, CIT, etc.).
Identify technical issues, develop engineering solutions and utilize a trade-study approach to recommend the solution that best meets the Customer's needs.