Top Engineering Jobs

Leads specification, procurement, installation, and launch of automated powertrain production equipment for package attach and reflow soldering. Develops standardized manufacturing processes, supports inspection and pilot manufacturing, collaborates with Product Engineering on manufacturable designs, and troubleshoots production issues affecting first-time-through performance and warranty. Requires experience in high-volume automated manufacturing, power electronics, clean rooms, ESD controls, and soldering or joining processes. Travel to suppliers and Ford plants is required.

Develops and maintains validation solutions for powertrain control software, including supplier low-level drivers and Ford high-level controls. Designs test plans, executes automated tests, analyzes results, performs debugging and root-cause analysis, and modernizes validation infrastructure using dSPACE SCALEXIO HIL systems and Python. Collaborates with engineering teams, suppliers, and system experts across gasoline, hybrid, and electric vehicle programs.

Leads validation of electric vehicle battery packs through performance, durability, and abuse testing. Develops test plans and scripts, configures data acquisition systems, analyzes results, creates reports, and identifies design improvements. Collaborates with systems, cell, manufacturing, quality, service, prototyping, and logistics teams. Supports fixture fabrication, component-level testing, safety compliance, sample coordination, and external vendor testing.

Develop and improve vehicle interior craftsmanship from concept through launch. Establish gap and flush targets, communicate design intent, evaluate perceived quality, analyze dimensional and appearance issues, and lead cross-functional teams to resolve fit-and-finish concerns. The role collaborates with Manufacturing, Design, Engineering, and Program Management while tracking corrective actions and craftsmanship deliverables.

Maintains and scales embedded software test automation nodes in a hardware-in-the-loop lab. Responsibilities include provisioning nodes, monitoring device, PC, and network health, troubleshooting CI/CD pipelines, maintaining hardware and software tools, developing scripts, and expanding automotive security testing capacity. The role requires experience with automotive technologies, object-oriented development, Linux, Windows, networking, version control, defect tracking, and CI/CD systems.

Develops, integrates, calibrates, and validates advanced lithium-ion battery cell, pack, electrical, thermal, control, performance, and degradation models for electrified-vehicle simulation and product development. Applies model-based analysis to battery specifications, usage, reliability, controls, energy, and life requirements. Improves modeling tools, automation, documentation, and computational efficiency while collaborating with battery, controls, thermal, testing, software, vehicle, and supplier teams.

Design and develop vehicle interior systems and components from concept through production launch. Create requirements, specifications, 3D geometry, system targets, and production-feasible designs while balancing crash performance, cost, weight, materials, and manufacturing methods. Conduct analytical and physical assessments, ensure regulatory compliance, apply GD&T, and collaborate with design, packaging, manufacturing, supply chain, suppliers, and other engineering teams. Lead teams, support production release, and present concepts and status to management.

Leads stamping process engineering and progressive die development for automotive sheet metal parts. Responsibilities include die process planning, CAD modeling, PFMEA development, die design and construction support, virtual verification, vendor design review, cost evaluation, tryout, buyoff, and corrective actions. The role requires collaboration with machining, manufacturing, suppliers, and customers to deliver stamping dies that meet quality, cost, and timing objectives.

Leads hands-on prototype vehicle builds, modifications, testing, troubleshooting, and documentation across electric powertrain, thermal, and vehicle systems. Coordinates technicians, assigns work, trains team members, interprets engineering drawings and schematics, builds fixtures and test equipment, inspects components, diagnoses issues, and maintains safe, test-ready facilities and vehicles.

Leads heat-treatment and metallurgical manufacturing engineering for gears and powertrain components. Responsibilities include specifying, purchasing, qualifying, installing, commissioning, and launching equipment and processes. Manages suppliers, contracts, budgets, schedules, documentation, PFMEA, control plans, capability studies, safety, quality, and continuous improvement. Collaborates with purchasing, plant, maintenance, quality, safety, facilities, and product design teams to achieve cost, timing, and manufacturing feasibility goals.