Top Engineering Jobs

Lead R&D and manufacturing projects from concept to launch, manage milestones, budgets and resources, design and validate automation and machine vision systems, perform hands-on testing and machine programming, conduct engineering analyses (DFMEA, DFA, DFM, GD&T), drive continuous improvement and ensure compliance with automotive quality standards.

Lead development, installation, troubleshooting, and lifecycle documentation of machine controls, PLCs, and robotic systems for seating manufacturing. Design and write advanced electrical control programs, support production and maintenance, plan improvements, lead cross-functional teams, train maintenance staff, and ensure compliance with electrical and safety standards.

Deploy, configure, and provide onsite support for autonomous mobile robotics (AMR) material-handling solutions. Install and tune systems, troubleshoot networking and hardware issues, deliver customer-facing first-line support and training, document site activities, and relay feedback to engineering and operations. Field-based role with significant travel.

Provide onsite CAD/FEA and formability support for stamping and die processes. Maintain CAD data, run AutoForm simulations, apply springback compensation, ensure compliance with Cosma/Customer standards, resolve customer issues, and support project delivery and continuous improvement.

Provide manufacturing engineering support to optimize processes, resolve production issues, lead process design and new product launches, perform root-cause analysis, create work instructions, and manage project scope, budgets, and timelines while ensuring safety and compliance.

Lead die process and development projects for automotive stamping: ensure on-time delivery and quality, run formability and spring-back analyses, perform FEA correlation, conduct tooling and soft-tool reviews, support try-outs (T1/FPG), coordinate vendors/customers, train teams, audit KPIs, and drive continuous improvement and root-cause actions.

Lead hardware development for ADAS products: capture schematics, oversee PCB layout and routing, run SPICE/MathCAD/ANSYS simulations, author specs and test reports, perform PoD/DFMEA verification, resolve design issues, support ISO26262 FUSA, and assist industrialization, manufacturing and quality teams.

Design, develop and maintain automotive middleware (DDS, SOME/IP, CAN/LIN) and cross-platform drivers for Linux/QNX/VxWorks; optimize system architecture, HAL/OSAL, networking and performance; implement protocol stacks, interface with NPU/GPU, and deliver safety, OTA/FOTA and real‑time reliability for production ADAS/cockpit controllers.

Lead product development for automotive body and chassis components using PLM, GD&T, VA/VE and FMEA. Apply sheet-metal expertise (steel/aluminum), perform laboratory mechanical testing (tensile, hardness, metallurgy), and ensure automotive quality compliance (PPAP, PFMEA, control plans, SPC). Provide process and manufacturing knowledge across forming, assembly, joining, and quality assurance.

Design, develop, and maintain ADAS/AV system test tools, in-vehicle data loggers, and reprocessing/replay pipelines. Build data processing, visualization, and cloud ingestion/storage systems, ensure time synchronization and data integrity, support HIL/SIL testing and CI/CD, collaborate with calibration/annotation teams, and provide documentation and user support.