Lead Engineer, Adaptive Engine Performance

GE Aerospace; Cincinnati (OH); On-site; USD 110,000 - 170,000; Full time

Job summary

GE Aerospace's Edison Works is seeking a Steady-State Performance Lead Engineer to advance ACE NPI efforts for F-35 and future combat aircraft. You will define, develop, and test engine performance, collaborating across SPOCT and design teams and partnering with airframers to enable integrated platforms.

The role emphasizes thermodynamic modeling, data analysis, and trade studies, with a focus on cross-functional collaboration and clear technical communication in a fast-paced defense environment.

Qualifications

• Bachelor’s degree in a STEM field from an accredited university.
• Minimum of 3 years of Engineering experience (ideally Aerospace, Mechanical, and/or Test).
• U.S. Citizenship is required; ability to obtain a U.S. Government security clearance.

Responsibilities

• Develop thermodynamic cycle models and analyses using NPSS for pre-test prediction and data reduction.
• Plan performance-related test coverage, analyze data, compare results to predictions, and propose options to resolve issues.
• Perform trade studies to evaluate alternative design options and document recommendations.
• Build and maintain strong working relationships with SPOCT, internal partners, and external customers.
• Define and conduct testing of equipment/systems, and report performance against guaranteed values.

Skills

Thermodynamic modeling

Data analysis

Analytical thinking

Strong communication

Cross-functional collaboration

Education

Bachelor’s degree in STEM

Advanced degree in Mechanical or Aerospace Engineering

Tools

NPSS

Plotting/Visualization tools

Job description

GE Aerospace's Edison Works is seeking a Steady-State Performance Lead Engineer to advance ACE NPI efforts for F-35 and future combat aircraft. You will define, develop, and test engine performance, collaborating across SPOCT and design teams and partnering with airframers to enable integrated platforms.

The role emphasizes thermodynamic modeling, data analysis, and trade studies, with a focus on cross-functional collaboration and clear technical communication in a fast-paced defense environment.