Top Engineering Jobs

Performs structural analysis and verification of battery cells, modules, and packs, including vibration, stiffness, stress, fatigue, durability, crash, and safety assessments. Develops FEA models, topology optimizations, and manufacturing simulations while coordinating verification activities. Collaborates on vehicle integration, design optimization, benchmarking, and advanced simulation improvements. Requires two years of relevant engineering and battery or propulsion FEA experience, with proficiency in multiple simulation tools and CAD software.

Execute manual and automated testing for automotive infotainment software, configure test benches, develop test cases, diagnose and document defects, and coordinate verification activities. Lead weekly build promotions, test assignments, defect resolution, and status reporting across engineering teams and suppliers. Validate infotainment features using CAN, Ethernet, and LIN, including diagnostics, partial network, and DPS calibration testing.

Leads the full lifecycle development of embedded control software, including requirements analysis, design, coding, debugging, testing, documentation, and production release. Develops AUTOSAR-compliant infrastructure and firmware using embedded C, coordinates cross-functional and supplier teams, performs root-cause analysis, improves software quality, and validates functionality with automated tools, prototype benches, and laboratory equipment.

Lead ergonomics analysis and resolution for new vehicle programs using DHM simulations and 3D CAD. Conduct risk assessments, set threshold limits, coordinate with design, manufacturing, suppliers and UAW, manage ergonomic issues to closure, and support continuous improvement to reduce injuries and manufacturing inefficiencies.

Directs the design, development, and improvement of automotive manufacturing processes, tooling, equipment, and documentation. Evaluates manufacturing feasibility, oversees tool construction and installation, supports production technologies, manages process expenditures, and provides technical direction to employees, suppliers, and support teams. Requires 20% nationwide travel and a hybrid schedule with local office attendance.

Leads design release and development of thermal and cooling components for batteries, drive units, and internal combustion engines. Responsibilities include balancing system requirements, conducting DFMEA, planning testing and validation, releasing designs for manufacturing, managing engineering changes, resolving supplier and warranty issues, and coordinating cross-functional and vendor teams. The role also oversees budgets, cost improvements, quality assurance, and product development execution, with domestic and international travel as required.

Coordinates ECS component design and integration from development through validation and product launch. Conducts design, drawing, peer, DFMEA, and DRBFM reviews; performs technical analysis and root-cause investigations; collaborates with suppliers, manufacturing, and multidisciplinary engineering teams; manages program milestones, deliverables, quality, cost, and timing; and supports design changes and buildability.

Provides technical and execution leadership for automotive interior lighting systems across optics, mechanical and electrical hardware, software, validation, suppliers, and vehicle integration. Mentors engineers, resolves complex cross-functional issues, leads quality and launch governance, supports requirements and design reviews, and improves engineering processes, cost, timing, resiliency, and product execution.

Leads design release and development of thermal and cooling components for batteries, Drive Units, and internal combustion engines. Responsibilities include requirements balancing, design analysis, DFMEA, testing, validation, manufacturing release, supplier collaboration, engineering changes, warranty resolution, cost improvements, and cross-functional product development. The role manages complex engineering projects, coordinates internal and external stakeholders, and supports experimental builds and global powertrain development.

Supports high-volume CNC machining and grinding operations by improving equipment, tooling, processes, efficiency, quality, and safety. Maintains technical documentation, directs internal teams and vendors, resolves downtime and quality issues, supports maintenance, develops training materials, and coordinates manufacturing projects. Requires an engineering degree, 5+ years of manufacturing engineering experience, CNC process knowledge, and flexibility for shifts, weekends, and overtime.