Top Engineering Jobs

Optimize automated manufacturing equipment and processes at a new battery facility. Responsibilities include systems integration, preventive maintenance planning, KPI improvement, Six Sigma initiatives, equipment performance, maintenance support, technician training, safety compliance, and automation lifecycle management. The role requires collaboration across departments, rotating shift flexibility, and extensive domestic and international travel during plant launch and support.

Develop SAP S/4HANA order management solutions using RAP, ABAP Cloud, CAP, SAP BTP, and enterprise integration technologies. Design APIs, event-driven integrations, Fiori applications, and clean-core extensions connecting SAP, legacy systems, dealers, and logistics partners. Own testing, CI/CD, security, monitoring, performance, documentation, production support, and root-cause resolution. Collaborate with product owners, architects, analysts, and engineering teams while mentoring colleagues and advancing SAP development standards.

Develop, design, validate, characterize, and troubleshoot traction inverters for electric vehicles. Responsibilities include circuit schematics, PCB layout, circuit, thermal, and control analysis, failure analysis, high-voltage testing, design validation, and end-of-line test support. Collaborate with mechanical, software, systems, project management, and supply chain teams.

Develops and maintains global wheel, tire, jack, and ornament engineering requirements, specifications, quality documents, and released parts. Reviews DVP&R and CDP&R documentation, supports coating and corrosion testing, interprets simulations, resolves design issues, and develops analytical tools. Leads supplier development, manufacturing site assessments, technology development, database management, training, and collaboration with design, purchasing, materials, application, and vehicle engineering teams.

Develop and maintain automotive functional safety artifacts, including HARA, safety concepts, and safety requirements. Perform DFMEA, FTA, and DFA analyses according to ISO 26262. Plan safety verification and validation, create and evaluate test cases, and collaborate with systems, hardware, software, and V&V teams to deliver comprehensive safety cases for next-generation vehicles.

Design, develop, and deploy secure, scalable backend microservices and APIs for high-volume vehicle telematics data. Build cloud services, ingestion pipelines, and event-driven systems using Java or Kotlin and Spring. Manage testing, CI/CD, cloud deployments, root cause analysis, and defect prevention. Collaborate with product, design, and engineering teams on fleet-management solutions, influence architecture and technical strategy, conduct code reviews, and mentor engineers.

Develop virtual validation methods and simulation environments for automotive chassis systems. Integrate plant models with controller software, create automated build and testing tools, develop MIL and SIL test cases, analyze and report test data, and coordinate software integration with cross-functional and supplier teams. Collaborate with ADAS, HIL, SIL, and MIL teams to resolve software issues and reduce dependence on physical vehicle testing.

Lead failure mode analysis and DFMEA for 12V/48V vehicle power supply architectures. Develop boundary and P-diagrams, collaborate with component and system engineers, apply ISO 26262 functional safety, and use AI tools to automate and optimize FMA processes to improve robustness and integration across vehicle platforms.

Leads manufacturing engineers through planning and execution of new vehicle programs. Oversees body facility, tooling, quality systems, safety, ergonomics, throughput, cycle-time validation, supplier coordination, launch timing, cost management, labor planning, and issue resolution. Ensures tooling and processes meet program, quality, budget, safety, and production objectives while coordinating plant, engineering, purchasing, suppliers, and launch teams.

Leads manufacturing engineering teams through planning, implementation, and launch of vehicle body construction programs. Oversees sheetmetal and exterior ornamentation feasibility, tooling, dimensional control, quality systems, supplier gages, BOM validation, plant readiness, inspection capabilities, and pre-launch control plans. Drives design compatibility, welding and fit-and-finish requirements, issue resolution, training, and launch execution across Ford plants and suppliers, with international travel as assigned.