Top Engineering Jobs

Design and verify in-vehicle high-speed network hardware (Layer 1-2). Lead SI simulations, lab validation, design reviews, component qualification, root-cause analysis, and cross-team technical guidance for automotive networking interfaces.

Apply engineering and analytical methods to improve manufacturing processes and product quality. Lead corrective actions (8D), manage statistical process control, perform measurement systems and variable data analysis, identify variation sources, set tolerance and quality targets, specify inspection equipment, and work with production and suppliers to resolve quality concerns and implement containment and corrective actions.

Lead design, development, and maintenance of automated tests and system-level HIL test benches for automotive embedded software. Define requirements, author specifications, create V&V and regression test plans, execute Python-driven automation, collaborate with cross-functional teams, debug integrations, and ensure feature validation across connectivity, multimedia, infotainment, and power domains.

Integrate supplier software into vehicle architectures, define network interfaces and protocols, manage requirements with JAMA, debug ECUs, support secure boot and bootloader integration, perform bench/HIL/vehicle bring-up and testing, and build automation tools using scripting and LLMs to improve processes.

Design, define, and release in-vehicle network building blocks (Ethernet or CAN). Author network requirements, debug network issues, validate supplier ECU software compliance, build scripts/tools to automate network artifact delivery, and collaborate with architects, feature owners, and suppliers to evolve vehicle network architecture.

Lead design and development of cloud-native Java/Spring Boot microservices on GCP (Cloud Run, Spanner, Pub/Sub). Drive observability, performance engineering, CI/CD, TDD, API publishing (Apigee/APIM), and DevOps toolchain adoption. Collaborate with product and teams to deliver scalable, secure vehicle integration platform services.

Lead and mentor a team of fuel system design/release engineers across Mustang, Bronco, Ranger, and Explorer/Aviator programs. Own technical direction for fuel tanks, pumps/modules, lines, EVAP/ORVR systems; ensure regulatory compliance (FMVSS, EPA/CARB). Drive DFMEA, DVP&R, validation testing, supplier management, cross-functional integration, root-cause investigations, cost/weight reduction, and program milestone readiness.

Lead electrical hardware architecture, schematic and PCB layout for EV platform boards. Drive bring-up, validation, rapid prototyping, and system integration. Guide JDM/OEM execution, influence electrical architecture, and collaborate across teams to deliver production-ready designs.

Define and own core vehicle electrical hardware architecture across program lifecycle. Capture electrical and software architecture content, set and validate KPIs (power, latency, bandwidth, CPU utilization, packaging), resolve architectural issues pre- and post-launch, and design next-generation vehicle computing platforms in collaboration with software, ECU, and vehicle teams.

Lead a small ME team to develop customer-facing electromechanical and electronics features from concept through prototype, validation, production release, and sustaining. Design HMI and consumer-electronics style components, integrate with other systems, perform bring-up and reliability testing, rapid prototyping, and support field failure analysis and production ramp.