Top Engineering Jobs

Design and release low-voltage electrical distribution systems and wiring harnesses for vehicles. Responsibilities include harness architecture, wire and connector selection, 3D CAD routing, manufacturing feasibility, DFMEA, supplier coordination, APQP, design reviews, change control, vehicle builds, warranty issue resolution, cost analysis, and technical sign-off. The role requires engineering expertise, automotive electrical systems knowledge, CATIA capability, cross-functional collaboration, and supplier or assembly-facility travel.

Develop embedded board support packages and secure bootloaders for Ford’s next-generation vehicle infotainment, connectivity, and hardware modules. Responsibilities include implementing BSP and secure boot features, creating design documentation, participating in reviews, supporting verification and validation, troubleshooting across teams and vendors, and developing Linux kernel drivers. The role requires strong C, ARM SoC, BSP, bootloader, and Linux driver experience, with automotive networking and hardware security experience preferred.

Supports Ford Parts Supply & Logistics operations through facility layout design, material-flow analysis, continuous improvement, advanced technology implementation, purchasing, data visualization, benchmarking, and business-case development. Collaborates with vendors, facility management, and cross-functional teams to execute projects within budget and deadlines. Requires onsite work at Metro Detroit facilities three to four days weekly, plus periodic travel to North American operations sites, OEMs, and equipment vendors.

Supports Ford’s Parts Supply & Logistics engineering services team by improving facility layouts, material flow, storage strategies, and operational processes. The role analyzes SAP EWM and BI data, develops business cases, implements automation and continuous-improvement projects, coordinates vendors and facility management, and prepares executive presentations. It also involves purchasing processes, CAD drawing updates, project management, and periodic travel to PS&L facilities and equipment vendors.

Develop physics-based models and tools to predict electric vehicle range and performance. Integrate control and plant models, optimize vehicle attributes, analyze sensitivities and trade-offs, establish component and system targets, and improve models using fleet and homologation data. Lead design, testing, and requirements reviews while collaborating across engineering teams and presenting concepts and status to senior management.

Research and prototype next-generation simulation architectures for hybridized and electrified emissions and aftertreatment systems. Develop and integrate physics-based models, explore co-simulation methods, and build proof-of-concept frameworks. Investigate agentic AI for model calibration, scenario generation, integration diagnostics, and model reduction. Collaborate with engine, combustion, hardware, controls, and research teams while documenting findings and shaping long-term simulation technology roadmaps.

Lead hypoid gear and differential assembly design and release for current and future axle programs. Support plant launches, run analytical and physical testing, manage supplier delivery, create FMA/DVP/SCCAF documentation, drive failure analysis and TVM actions, and coordinate cross-functional teams through program milestones and production implementation.

Designs and optimizes high-volume battery energy storage manufacturing systems at a greenfield facility. Responsibilities include line balancing, labor standards, workstation and CAD layout design, cycle-time and capacity analysis, ergonomic evaluations, lean manufacturing, KPI tracking, Kaizen events, cost reduction, engineering change management, and production-launch support. The role mentors operations teams and collaborates with manufacturing engineering, quality, and operations to improve throughput, safety, quality, and efficiency.

Responsible for system-level implementation, requirements, integration, validation, and deployment of vehicle prognostic health management features. Defines interfaces across vehicle, gateway, and cloud systems; authors Gherkin requirements; plans DVPs; maintains traceability; analyzes connected-vehicle and warranty data; and leads cross-functional issue triage for prognostic feature performance.

Owns electrical and electronic module quality for Ford Bronco and Ranger vehicle programs at a Michigan assembly plant. Troubleshoots hardware and software issues, leads root-cause analysis, plant trials, quality containment, corrective actions, launch support, and stop-build or stop-ship resolution. Uses Ford engineering, quality, and diagnostic systems to triage vehicles, identify failure trends, collaborate across plants, and improve production quality, cost, supplier performance, and first-time-through results.