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Department:
Engineering
Role Profile & Pay Grade:
Exempt,
Location:
Van Wert, Ohio
We make life better, one relationship
and one vehicle at a time.
To be the partner of choice, dedicated to
safety and innovation, delivering an exceptional
customer experience through empowered employees.
Summary of Responsibilities
The Weld and Automation Engineer is responsible for the development, implementation, optimization, and support of welding processes and automated manufacturing systems in an automotive production environment. This role ensures high-quality welds, consistent production outputs, and seamless integration of robotic and automated equipment. The ideal candidate will collaborate across departments to improve efficiency, reduce costs, and support new product launches.
Summary of Activities
| Responsibilities | Activities |
| Process Development & Optimization | Develop and optimize welding processes (MIG, TIG, resistance, laser, etc.) to meet automotive standards. |
| Define and maintain welding parameters and procedures. | |
| Conduct root cause analysis for welding defects and implement corrective actions. | |
| Automation & Robotics | Program and troubleshoot robotic welding cells (e.g., ABB, FANUC, KUKA). |
| Design and implement automation solutions for welding and material handling. | |
| Support PLC-based systems and ensure integration with factory controls. | |
| Quality & Compliance | Ensure compliance with industry standards (AWS, ISO, IATF 16949). |
| Work with quality and production teams to monitor and improve weld quality. | |
| Conduct regular weld audits and support PPAP submissions. | |
| Project Management & Support | Lead projects for new equipment installations and upgrades. |
| Support new model launches with weld feasibility studies and tooling. | |
| Develop and maintain PFMEAs, control plans, and work instructions. | |
| Continuous Improvement | Use lean manufacturing and Six Sigma tools to identify and implement process improvements. |
| Drive cost reduction initiatives related to welding consumables, cycle time, and scrap. |
Technical Skills/Competencies (Technical Knowledge, Education and Experience)
Personality Traits / Core Skills
Essential Functions/Physical Requirements