Propulsion Engineer — F110 Diagnostics & Optimization

GE Aerospace; Arkansas City (KS); On-site; USD 90,000 - 130,000; Full time

Benefits offered by this job

Relocation assistance

Job summary

GE Aerospace in Kansas is seeking a Propulsion Engineer at the Strother Field site. You will troubleshoot, analyze data, and disposition hardware for F110 modules, driving reliability and shop efficiency.

You will collaborate with design, quality, and operations to implement corrective actions, develop optimized work scopes, and train production teams on new processes and techniques for maximum yield and equipment capability.

Qualifications

• Bachelor's degree in engineering with 3+ years aerospace manufacturing experience OR HS +7 years aerospace manufacturing experience.
• Minimum 1 year troubleshooting experience in production, overhaul, or maintenance.

Responsibilities

• Diagnose and resolve complex hardware issues using data analysis and RCA.
• Analyze inspection findings to determine repair/disposition decisions for engine hardware.
• Develop incoming work scopes balancing technical requirements with customer needs.
• Collaborate with design, quality, and operations to implement corrective actions.
• Provide technical guidance and documentation to production teams and customers.
• Assist production in resolving manufacturing process problems via root-cause and corrective actions.
• Evaluate processes by designing trials and considering materials, tooling, and vendors.

Skills

Root cause analysis

Data analysis

Cross-functional collaboration

Lean mindset

Education

Bachelor's degree in engineering

High School Diploma / GED + 7 years aerospace manufacturing

Tools

SAP

MS Office

Job description

GE Aerospace in Kansas is seeking a Propulsion Engineer at the Strother Field site. You will troubleshoot, analyze data, and disposition hardware for F110 modules, driving reliability and shop efficiency.

You will collaborate with design, quality, and operations to implement corrective actions, develop optimized work scopes, and train production teams on new processes and techniques for maximum yield and equipment capability.