Top Engineering Jobs

Perform bench-level root cause analysis of automotive electronic systems, verify reported customer behavior, identify hardware/software causes, document findings in warranty/issue management tools, collaborate with product warranty and engineering teams, and apply structured problem-solving to reduce NTF conditions.

Install, program, configure and troubleshoot Fanuc robots and multi-robot cells for GM applications. Support startup, offline programming, IO/weld interface configuration, safety setup, and train other robot techs. Read electrical/pneumatic schematics, follow GM program structure, and participate in continuous improvement and onsite support.

Lead research, design, prototyping and integration of automotive electric propulsion and power electronics. Perform model-based simulation, PCB schematics/layout, thermal/mechanical/EMI integration, e-drive dynamometer testing, supplier integration, and implement embedded controls including AI-assisted code generation.

Design and optimize manufacturing processes for automotive body and chassis production. Apply statistical methods, coordinate quality control, draft equipment/layouts, review production schedules/specs, estimate production costs, and liaise with vendors and management to resolve production issues and improve efficiency.

Lead and manage a systems test team for automotive electronics: provide technical leadership, ensure requirements, test planning/execution, supplier and cross‑functional coordination, DFMEA development, compliance with automotive standards (ISO26262, ASPICE), mentor engineers, and deliver quality engineering documentation and KPIs.

Design and develop drivetrain and chassis integration solutions from concept to production. Create 2D/3D CAD models and manufacturing drawings, collaborate with prototypes, simulation, suppliers and project teams, and support customer project execution.

Support, maintain, and enhance the QAD 2014SE ERP platform and Progress OpenEdge databases. Administer Linux servers, manage EDI integrations and system integrations, lead ERP projects, deliver technical solutions, and drive continuous improvement in manufacturing and supply chain processes.

Design and develop automotive interior components and modules (instrument panel, console, door trim, hard/soft trim) to meet performance, cost, and manufacturing requirements. Create 3D models and 2D drawings, define assembly and joinery sequences, apply GD&T, manage data, and coordinate cross-functional teams to deliver production-ready designs on schedule.

Lead concept, detailed design, integration, and validation of automotive interior components (instrument panel, console, door trim, hard/soft trim). Ensure structural performance, manufacturability, regulatory compliance, and on-time delivery. Mentor junior engineers, collaborate cross-functionally, apply DFM/DFA, GD&T, CAE/mold-flow findings, and manage documentation through the product development cycle.

Master's thesis to develop a viable concept for porting a simulation computation core from Windows to Linux. Tasks include analyzing architecture, identifying high-effort areas, designing porting approaches (possibly using modern AI tools), and producing an automated, reproducible porting concept for the C++, C#, and C++/CLI codebase.