Hands-On Production Engineer: Robotics & Process Improvement

Pacific Manufacturing Ohio; Fairfield (OH); On-site; USD 70,000 - 100,000; Full time

Job summary

Pacific Manufacturing Ohio, Inc. is seeking a Production Engineer to serve as the key technical liaison between customer requirements and internal manufacturing execution.

The role sits within the Engineering group on the shop floor, driving production efficiency through hands-on process planning, tooling/fixture design, and continuous troubleshooting. Responsibilities include implementing countermeasures on weld jigs to reduce internal scrap, developing process layouts and maintenance plans,

Qualifications

• Bachelor’s degree in engineering preferred; equivalent work experience considered.
• Experience with CAD software including Autodesk Inventor, Autodesk Mechanical and CATIA recommended.
• Minimum two years of experience within automotive manufacturing preferred.
• Experience with robotic teaching and programming.
• Proficient in Microsoft Office (Excel, Word, PowerPoint, Access).

Responsibilities

• Implement countermeasures on mass production weld jigs to reduce internal scrap using 8D, DMAIC, Root Cause Analysis and Pareto Charts.
• Develop process planning lay-out, total production maintenance requirements and process set-up sheets for each tool.
• Create and reteach robot programs during machine installation and jig consolidation.
• Verify new weld cell satisfies design requirements and process planning layout upon receipt.
• Coordinate new model weld cell trials with support groups to ensure OEE targets are met.

Skills

Robotic teaching and programming

Education

Bachelor’s degree in engineering

Equivalent work experience

Tools

Autodesk Inventor

Autodesk Mechanical

CATIA

Job description

Pacific Manufacturing Ohio, Inc. is seeking a Production Engineer to serve as the key technical liaison between customer requirements and internal manufacturing execution.

The role sits within the Engineering group on the shop floor, driving production efficiency through hands-on process planning, tooling/fixture design, and continuous troubleshooting. Responsibilities include implementing countermeasures on weld jigs to reduce internal scrap, developing process layouts and maintenance plans,