Top Engineering Jobs

Develops and leads thermal, hydraulic, lubrication, ventilation, and propulsion system models for electrified and conventional vehicles. Builds 1D and coarse 3D simulations, integrates plant models for SiL and HiL co-simulation, interprets results to guide design decisions, improves analysis tools, and develops automation using Python or MATLAB. The role also provides technical leadership, mentors colleagues, and leads efficiency improvement initiatives.

Build and integrate thermal, hydraulic, lubrication, ventilation, and propulsion system models using 1D and coarse 3D simulation tools. Support electrified and conventional propulsion design, validation, software- and hardware-in-the-loop co-simulation, test-to-model correlation, and technical problem resolution. Interpret simulation results to recommend design improvements, enhance analysis tools, and develop automation using Python or MATLAB. The role also includes collaboration, mentoring, and knowledge sharing.

Integrate and maintain ECU instrumentation hardware and calibration benches across SDV microcontrollers, ECUs, and electrical architectures. Configure and troubleshoot XCP, DoIP, A2L/A2ML, measurement, flashing, trace, and calibration workflows. Diagnose hardware, software, tooling, licensing, and configuration issues; maintain instrumentation requirements documentation; coordinate with suppliers and engineering teams; and coach calibrators and software engineers. Regular hands-on lab and bench work is required.

Integrate HIL simulation frameworks with bench wiring, instrumentation, ECU hardware, software, and calibrations. Design and test HIL solutions, develop MATLAB/Simulink real-time models, integrate vehicle controllers and plant models, simulate sensors and actuators, automate testing, improve bench capabilities, define technical requirements, verify electrical integration, and support lab users across vehicle domains.

Own end-to-end integration of stamping execution from die and process concept through tryout, launch, and homeline delivery. Coordinate engineering, design, die execution, planning, and manufacturing operations while managing launch readiness, quality, throughput, timing, capacity, and plant performance. Standardize workflows, drive systemic corrective actions, maintain KPIs, support tooling and process improvements, develop employees, and resolve cross-functional issues across Pontiac and Parma facilities.

Develops, calibrates, validates, and releases engine control and diagnostic solutions for internal combustion and PHEV applications. The role uses data acquisition, analytical problem solving, engine and vehicle testing, dynamometer testing, emissions validation, and root-cause analysis to meet performance, regulatory, emissions, and customer requirements. Responsibilities include calibration risk mitigation, requirements development, technical documentation, troubleshooting, and cross-functional collaboration with software, hardware, manufacturing, quality, suppliers, and compliance teams.

Supports high-volume CNC machining and grinding operations through equipment, tooling, process improvements, technical documentation, troubleshooting, vendor oversight, safety initiatives, training, and project coordination. The role provides day-to-day manufacturing and maintenance support while improving equipment efficiency, resolving downtime, addressing quality concerns, and ensuring production requirements are met.

Develops and integrates automatic transmission components, specifically torque converters and clutches. Responsibilities include design reviews, engineering changes, DFMEAs, DRBFMs, validation, supplier coordination, manufacturing support, and program milestone management. The role collaborates with calibration, engine, purchasing, validation, and program teams to deliver quality, cost, timing, durability, and performance objectives for current and future GM vehicles.

Supports driveline assembly manufacturing engineering by troubleshooting equipment and process issues, leading data-driven root cause analysis, improving safety, quality, throughput, cost, ergonomics, cycle time, and OEE. Partners cross-functionally on equipment and process changes, validation, launches, documentation, PFMEA, control plans, and standardized work. Provides technical guidance and supports continuous improvement in a high-volume production environment.

Develop and integrate embedded software for automated driving platforms. Responsibilities include vehicle controls integration, troubleshooting software issues, supporting vehicle build events, testing and analyzing ADAS feature performance, updating vehicle software configurations, and developing virtualization tools to reduce hardware dependencies. The role requires collaboration across functions and expertise in vehicle control systems.