Remote CMC Mechanical Analysis Lead

GE Aerospace; Barrington (IL); Remote; USD 95,000 - 159,000; Full time

Benefits offered by this job

Health, dental, vision

401(k) plan with company match

Tuition assistance

Paid time off

Relocation assistance

Job summary

GE Aerospace in Illinois is seeking a Lead Engineer to perform mechanical analysis on CMC hot section hardware for GE9X and LEAP engines. The role emphasizes FEA work, collaboration with hardware owners, and leading project analysis efforts in a team setting.

You will mentor junior engineers, develop macros/tools for standardized stress analysis, and support AI-enabled tooling to accelerate model development. Evendale, OH preferred, remote options described.

Qualifications

• Bachelor’s Degree or HS diploma with 4 years design engineering experience.
• Minimum of 3 years experience in Ceramic Matrix Composites or Manufacturing related role.

Responsibilities

• Execute the analysis and evaluation of assigned projects using engineering principles and standards.
• Develop conceptual knowledge of turbofan hot section design and composite analysis.
• Collaborate with cross-functional teams and present outcomes to technical and business leaders.
• Document assessment assumptions, boundary conditions, and results, and share conclusions with adjacent teams.
• Aide in coaching and development of junior team members.

Skills

FEA

Leadership

Project management

Cross-functional collaboration

Education

Bachelor's degree in Engineering

HS diploma + 4 years experience

Tools

Ansys

Hypermesh

NX

Job description

GE Aerospace in Illinois is seeking a Lead Engineer to perform mechanical analysis on CMC hot section hardware for GE9X and LEAP engines. The role emphasizes FEA work, collaboration with hardware owners, and leading project analysis efforts in a team setting.

You will mentor junior engineers, develop macros/tools for standardized stress analysis, and support AI-enabled tooling to accelerate model development. Evendale, OH preferred, remote options described.