Precision Glass Process Engineer for Automotive Fabrication

Carlex Glass Manufacturing; Nashville (TN); On-site; USD 75,000 - 110,000; Full time

Job summary

100Hires, Inc. is seeking a Manufacturing Process Engineer for automotive glass fabrication. You will own a segment of the line, turning data and on-the-floor insights into repeatable, measurable improvements.

Expect hands-on involvement with tooling, changeovers, and line troubleshooting to lift capability and reduce scrap. You will apply Six Sigma, SPC, 5 Why, and Pareto analysis to stabilize processes, coach operators, and collaborate across functions to align tooling, methods, and

Qualifications

• Bachelor’s degree in engineering or equivalent with a technical background.
• Experience in automotive glass processing is preferred.
• Six Sigma certification is a plus.

Responsibilities

• Review weekly production metrics to identify deficiencies and drive improvements.
• Manage process tooling and confirm readiness for changeovers.
• Walk the line with operators to troubleshoot issues in real time and reduce scrap.
• Verify components meet customer specifications through checks and documentation.
• Issue or revise drawings and process sheets as improvements are validated.
• Coach operators to safely run plant equipment and improve capability.
• Apply Six Sigma, SPC, 5 Why, and Pareto analysis to stabilize and enhance processes.
• Collaborate cross-functionally to align tooling, methods, and documentation with production needs.

Skills

Six Sigma

Analytical thinking

Problem solving

Team collaboration

Education

Bachelor's degree in Engineering (Mechanical, Manufacturing, or Electrical) or equivalent

Tools

CAD (SolidWorks)

PLC experience

Microsoft Office

Job description

100Hires, Inc. is seeking a Manufacturing Process Engineer for automotive glass fabrication. You will own a segment of the line, turning data and on-the-floor insights into repeatable, measurable improvements.

Expect hands-on involvement with tooling, changeovers, and line troubleshooting to lift capability and reduce scrap. You will apply Six Sigma, SPC, 5 Why, and Pareto analysis to stabilize processes, coach operators, and collaborate across functions to align tooling, methods, and