Top Tech Jobs & Startup Jobs

Design, build, and scale test infrastructure and tooling to validate software across vehicles, mobile, and cloud. Integrate automated tests into CI/CD, extend pytest and Appium tooling, run distributed test execution on Kubernetes/GCP, improve observability, and mentor engineering teams to drive automation-first quality practices.

Develops and launches assembly processes, machinery, and equipment for electrification and hybrid transmission programs. Responsibilities include equipment procurement and implementation, ergonomic workstation design, technical specifications, BOMs, 3D CAD modeling, virtual simulation, PFMEA, process capability, risk mitigation, budget management, and cross-functional collaboration with product development, plant operations, and equipment OEMs.

Designs, analyzes, tests, and validates eDrive inverter controller and gate-drive electronics. Responsibilities include circuit and layout design, verification, troubleshooting, EMI and fault-tolerance optimization, root-cause analysis, benchmarking, low-level microprocessor software support, and hardware, EMC, dyno, vehicle, and high-voltage lab testing. The engineer collaborates cross-functionally on requirements, quality, reliability, and product development activities.

Leads design industrialization for thermal components in electric powertrains, coordinating engineering, suppliers, and supply chain from sourcing through high-volume production. Responsibilities include supplier quality plans, DFM reviews, specifications, FMEA-based reliability goals, capability evaluations, corrective actions, cost optimization, production launch, and technical team building. Requires extensive vehicle launch and thermal component experience.

Drive end-to-end integration, validation, and release readiness for in-vehicle infotainment software across embedded platforms, middleware, connectivity, multimedia, and applications. Develop automated tests, maintain test benches and vehicle instrumentation, support vehicle integration and powermoding, and diagnose complex software, hardware, ECU, network, and power-state issues through root-cause analysis.

Leads electrical and electronic hardware quality for Ford F-150 vehicle systems at an assembly plant. Responsibilities include analyzing warranty claims, driving containment and corrective actions, resolving customer and supplier quality issues, managing quality improvement projects, supporting plant trials and launches, coordinating with software and manufacturing teams, and using diagnostic and quality systems to improve vehicle performance and reduce warranty issues.

Owns software quality for vehicle electrical systems at Ford’s Kansas City Assembly Plant. Responsibilities include diagnosing and resolving software quality issues, managing module reflashing and software updates, tracking software versions, analyzing warranty claims, leading containment and corrective actions, supporting plant trials and vehicle launches, coordinating with suppliers and engineering teams, and maintaining quality improvement projects and reports.

Plans and launches new powertrain machining programs, including process feasibility, tooling and facility planning, process documentation, line layout, scheduling, installation, commissioning, and launch issue resolution. Collaborates with product development, suppliers, logistics, and program teams to improve quality, reduce labor, and control costs. Requires extensive weekly travel to Sharonville, Ohio, plus travel to other North American plants and vendor facilities.

Leads manufacturing engineering activities for automotive new-model development, including tooling and facility implementation, assembly builds, plant and cycle-line layouts, process documentation, commissioning, issue resolution, and quality, cost, and labor improvements. Collaborates with cross-functional teams, suppliers, and assembly plants across the United States, Canada, and Mexico. The role also supports feasibility, cost studies, launch-risk mitigation, management presentations, and manufacturing standards updates. Extended travel is required.

Drive manufacturing efficiency through labor standards, manpower utilization, line balancing, ergonomics, cycle-time analysis, workstation methodization, and cost-saving initiatives. Develop layouts using ACAD, support labor allocation and training plans, analyze production constraints, resolve job disputes with production supervision and the UAW, and report progress to plant senior management. Must work all required shifts.