Composites Process Engineer – Lead Process Improvement

GE Aerospace; Batesville (MS); On-site; USD 85,000 - 115,000; Full time

Benefits offered by this job

Healthcare benefits

401(k) retirement plan

Tuition assistance

Paid time-off

Job summary

GE Aerospace in Batesville, MS seeks a Process Engineer to support composite manufacturing operations, focusing on safe, repeatable processes and continuous improvement. You will plan, execute, and optimize manufacturing methods with cross-functional partners to drive quality, throughput, and reliability.

You will lead RCCA-driven problem solving, support PFMEA, qualification, and ramp activities, and mentor teammates to build a strong engineering culture within the facility.

Qualifications

• Bachelor’s degree required, or high school diploma/GED with a minimum of 4 years manufacturing/process engineering experience.
• Minimum of 3 years manufacturing / process engineering experience.
• Bachelor’s degree preferred with a minimum of 6 years of relevant experience in composites manufacturing.

Responsibilities

• Support daily manufacturing operations in a composites production environment
• Lead technical problem solving and RCCA to drive permanent corrective actions
• Optimize conventional and non-conventional machining processes for quality, throughput, and repeatability
• Improve tooling, fixturing, process flow, work instructions, and process controls
• Partner with operations, quality, tooling, and engineering teams to improve producibility and readiness
• Support qualification, validation, PFMEA, and production ramp activities
• Coach team members and provide technical leadership across the organization

Skills

RCCA leadership

Problem solving

Cross-functional teamwork

Machining processes

Process improvement

Team coaching

Education

Bachelor’s degree

High school diploma/GED with 4+ years experience

Tools

PFMEA

Job description

GE Aerospace in Batesville, MS seeks a Process Engineer to support composite manufacturing operations, focusing on safe, repeatable processes and continuous improvement. You will plan, execute, and optimize manufacturing methods with cross-functional partners to drive quality, throughput, and reliability.

You will lead RCCA-driven problem solving, support PFMEA, qualification, and ramp activities, and mentor teammates to build a strong engineering culture within the facility.