Top Tech Jobs & Startup Jobs

Leads physics-based CAE and virtual analysis of tribological interfaces across propulsion and electrified systems. Develops lubrication, friction, wear, durability, thermal, efficiency, and NVH models; correlates simulations with testing and field evidence; supports design, validation, hardware release, and issue resolution. Creates coupled analysis workflows, automation, standard methods, and reusable tools while providing technical recommendations, peer review, mentoring, and cross-functional engineering guidance.

Develops and maintains technical publications for high-voltage, battery, propulsion, and vehicle systems. Translates engineering and service data into manuals, procedures, troubleshooting content, training materials, and parts documentation. Interprets drawings, CAD data, schematics, and engineering changes; validates safety-critical information with engineers and technicians; coordinates illustrations; manages revisions and traceability; and participates in hands-on verification. The role supports multiple military and commercial programs in a hybrid Michigan work environment.

Design, validate, and deploy prognostic algorithms for low-voltage vehicle systems to detect parasitic drains and predict failures. Model system behavior, analyze field telemetry, pilot and validate features in test fleets, and support production rollout. Collaborate with diagnostics, safety, service, and analytics teams to ensure actionable outputs, meet ASIL and regulatory goals, and develop long-term prognostics strategy across programs.

Owns the design and integration of automotive body structure components from concept through production release. Develops Siemens NX models, resolves technical and integration issues, and leads design activities involving sheet metal, castings, composites, welds, adhesives, and structural reinforcements. Collaborates with engineering, CAE, manufacturing, suppliers, and assembly teams while balancing safety, durability, mass, cost, manufacturability, and timing. Provides technical leadership, conducts design reviews, supports engineering changes, resolves production issues, and mentors designers.

Lead end-to-end execution of GM’s EV Software and Electronics Platform from requirements and architecture through vehicle integration, validation, launch, and post-launch follow-through. Establish integrated plans, ownership, dependencies, readiness criteria, risk mitigation, and recovery actions. Coordinate software, hardware, vehicle, quality, manufacturing, and supplier organizations; drive cross-functional issue resolution and executive decisions. Lead platform readiness and launch activities while managing and developing APEMs and improving execution systems, metrics, and organizational clarity.

Designs and implements evaluation, validation, testing, and simulation frameworks for autonomous vehicle software and ML systems. The role analyzes simulation and on-road data, develops performance metrics and confidence measures, performs root-cause analysis, automates regression detection, and communicates evidence-based insights to technical stakeholders. It requires strong Python skills, systems-engineering experience, analytical problem solving, and cross-functional collaboration.

Leads machining process and equipment development from concept through plant handover and launch. Responsibilities include safety and ergonomic reviews, process documentation, equipment requirements, PFMEA and Control Plan development, capability validation, supplier and OEM management, installation and run-off oversight, timing and budget management, issue resolution, asset tracking, and launch readiness reporting. The role owns crankshaft machining scope while supporting block and head machining improvements and sustainment.

Leads embedded controller product development and release activities, creating plans, tracking delivery, managing part numbers, escalating risks, and driving issue resolution. Provides technical leadership across software, hardware, calibration, testing, and validation while coordinating global cross-functional teams. The role also supports Agile ceremonies, root cause analysis, process improvements, mentoring, and integration of embedded control products into vehicle manufacturing programs.

Leads the strategy and execution of AI model performance and on-vehicle inference for autonomous driving. Responsibilities include managing engineering leaders, setting performance budgets, optimizing models and GPU systems, establishing benchmarking and profiling practices, detecting regressions, building performance dashboards, and guiding cross-functional architecture and production decisions. The role also oversees hiring, coaching, staffing, KPIs, technical leadership development, and trade-offs across latency, memory, throughput, accuracy, power, and numerical parity.

Leads manufacturing engineering activities from concept through implementation and control. Develops and improves manufacturing processes, supports equipment setup and maintenance, troubleshoots mechanical issues using blueprints and schematics, and collaborates with production, design teams, suppliers, and vendors. The role focuses on improving safety, quality, cost, delivery, productivity, capacity, and operational performance while managing complex assignments with significant autonomy.