Top Engineering Jobs

Lead dimensional engineering activities including GD&T definition, 2D/3D tolerance analysis and Vis VSA simulation, metrology/CMM data analysis, process capability (Cp/Cpk), manufacturing process knowledge (stamping, welding, gauging), cost-driven tolerance optimization, and problem solving (8D/root-cause/corrective actions).

Lead automation projects from concept to implementation: develop statements of work, run proofs of concept, monitor suppliers/stakeholders, train manufacturing teams on digitalization, capture best practices, set technical guidelines, prioritize projects, and ensure Lean principles are followed.

Validate and verify ADAS components and systems via manual and automated vehicle and bench testing. Develop and execute test cases, operate HIL/SIL and vehicle test setups, collect/analyze data, generate reports, manage supplier data/annotation, and collaborate with software and hardware teams to resolve issues.

Support manufacturing engineering for automotive body and chassis products: troubleshoot processes and equipment, apply lean/Kaizen methods, manage projects, prepare documentation, and ensure quality and safety compliance.

Lead and coordinate manufacturing engineering projects, propose and maintain system standards, develop tools and integration strategies to reduce cost and improve effectiveness, investigate architecture and technology enhancements, and participate in robotics-focused professional development.

Provide automation and robotic engineering support for production: program and commission robots and PLCs, train staff, manage projects and vendor bids, ensure safety and compliance, participate in new-program launches and continuous improvement, and recommend new technologies for plant automation.

Design and develop BIW components (pillars, rails, cross members, floor panels) using CATIA/NX. Create 3D models and 2D drawings, support DFMEA/DVP, ensure crash/NVH/stiffness/durability targets, perform tolerance/GD&T analysis, liaise with suppliers, and support prototyping and root-cause resolution.

Lead continuous improvement and manufacturing engineering activities for exterior automotive components. Facilitate Kaizen and Lean initiatives, apply SPC and statistical problem-solving, use AutoCAD and Microsoft tools, read blueprints, train and lead teams, and support quality, safety, and production processes.

Design, program, troubleshoot, and maintain factory control systems for stamping, welding, and assembly lines. Work with PLCs and robots, perform control wiring to NEC standards, support production, interpret technical drawings and reports, and communicate with stakeholders while working third shift in a physical factory environment.

Design, develop, and support PLC and SCADA control systems for automotive manufacturing. Implement machine safety (ISO 12100, 13849), perform root cause analysis, track KPIs, and support plant-floor commissioning and troubleshooting.