Remote Lead Engineer, CMC Mechanical Analysis

GE Aerospace; Tampa (FL); Remote; USD 95,000 - 159,000; Full time

Benefits offered by this job

Health benefits

401(k) plan

Tuition assistance

Paid time off

Job summary

GE Aerospace is seeking a Lead Engineer for its Ceramic Matrix Composite (CMC) Commercial Mechanical Analysis team to analyze CMC hot-section hardware within GE9X and related programs. You will perform stress and life analyses using FEA tools, and lead projects while collaborating with design, materials, and manufacturing teams.

The role emphasizes mentoring junior members, developing macros to standardize stress-analysis practices, and supporting AI-enabled tooling initiatives.

Qualifications

• Bachelor’s Degree from an accredited college or university (or a high school diploma/GED with a minimum of 4 years design engineering experience)
• Minimum of 3 years experience in Ceramic Matrix Composites or Manufacturing related role

Responsibilities

• Execute analysis and evaluation of assigned projects using sound engineering principles.
• Develop conceptual knowledge of turbofan hot section design and composite analysis.
• Applies general knowledge of mechanical engineering and analysis concepts to support hardware objectives.
• Collaborates with cross-functional team and presents outcomes to technical and business leaders.
• Documents assessment assumptions, boundary conditions, and results, sharing conclusions with adjacent teams.

Skills

Stress analysis

Team leadership

Communication

Project coordination

Education

Bachelor's in engineering

Tools

Ansys

Hypermesh

NX

Job description

GE Aerospace is seeking a Lead Engineer for its Ceramic Matrix Composite (CMC) Commercial Mechanical Analysis team to analyze CMC hot-section hardware within GE9X and related programs. You will perform stress and life analyses using FEA tools, and lead projects while collaborating with design, materials, and manufacturing teams.

The role emphasizes mentoring junior members, developing macros to standardize stress-analysis practices, and supporting AI-enabled tooling initiatives.