Top Engineering Jobs

Develop and validate occupant safety CAE models in LS-DYNA across frontal, side, rear, pedestrian, roof-strength, and low-speed impact scenarios. Collaborate with vehicle safety, design, suppliers, and component teams to correlate models, conduct DOE/DFSS optimization studies, assess occupant performance, and optimize safety components including airbags, seat belts, seats, steering columns, and interiors. Support vehicle architecture development, design reviews, simulation quality procedures, and production launch.

Develop and optimize embedded systems software for automotive infotainment, telematics, and connected-car platforms. Responsibilities include performance measurement, bottleneck analysis, system-level optimization, automated diagnostics, memory and power optimization, telemetry pipelines, remote logging, and hardware accelerator integration. The role requires embedded C/C++, Python, Linux or Android internals, multithreading, and RTOS experience, with preferred expertise in profiling tools and automotive networking.

Develop and integrate embedded software for Ford’s next-generation electric vehicle infotainment platform. Responsibilities include designing complex features, collaborating with hardware and systems teams, creating diagnostic tooling and interfaces, integrating controller code, developing functional tests, troubleshooting embedded systems, and analyzing field data. The role requires expertise in C, C++, Python, RTOS, Linux, concurrent systems, and automotive networking, with opportunities to lead cross-functional technical efforts.

Develop and validate model-based embedded software for ADAS features. Responsibilities include MATLAB/Simulink model and code implementation, model reviews, code generation, static analysis, MIL/SIL testing, AUTOSAR RTE configuration, Classic AUTOSAR component integration, sensor and system performance analysis, calibration tuning, and software signoff. The role is hybrid in Dearborn, Michigan.

Develop and optimize casting and forging processes for crankshafts, including rough-part design, die design, fill and pressure simulation, failure analysis, and manufacturability improvements. Collaborate with machining, product development, suppliers, research labs, and technology partners to deliver powertrain programs. Lead process implementation, benchmarking, statistical analysis, and investment-efficiency initiatives while mentoring manufacturing and design engineers.

Leads a team developing embedded automotive software and firmware. Responsibilities include managing priorities, schedules, sprint planning, software quality and testing, designing platform services and APIs, developing MISRA-C code, evaluating build tools, debugging target and host systems, and documenting requirements and deliverables.

Lead development of advanced test automation frameworks, tools, and libraries for automotive infotainment and connectivity. Design, implement, and integrate automation components that interface with vehicle ECUs, drive CI/CD adoption, conduct code reviews, mentor engineers, and collaborate with architects and cross-functional teams to improve testability, coverage, and delivery speed across vehicle programs.

Develops advanced control systems for gasoline and hybrid powertrains, including air, fuel, spark, EGR, and aftertreatment systems. Responsibilities include modeling, simulation, embedded C implementation, engine diagnostics, vehicle and dynamometer testing, data analysis, instrumentation, control validation, and HIL/SIL/MIL testing. The role also develops test plans, evaluates controller robustness, supports calibration, manages software versions, applies advanced signal processing and AI methods, and presents results to technical stakeholders and management.

Designs and leads Yocto/OpenEmbedded build infrastructure for automotive embedded Linux platforms. Responsibilities include developing layers, recipes, BSP integrations, SDKs, toolchains, automation, CI builds, security controls, release workflows, performance optimization, and build observability. The role collaborates with vendors and platform teams, supports incident resolution, ensures compliance, documents architecture, establishes best practices, and mentors engineers while providing senior technical leadership.

Own end-to-end integration of automotive body controls, including closures, seating, lighting, switches, mirrors, wipers, motors, sensors, and actuators. Lead hardware bring-up, bench and vehicle validation, manufacturing integration, supplier software reviews, network database development, interface definition, diagnostics, requirements traceability, and verification planning. Debug electrical, software, and mechanical issues while mentoring engineers and serving as technical authority across cross-functional teams.