Lead Mechanical Analyst, CMC & Turbofan Analysis (Remote)

GE Aerospace; Seattle (WA); Remote; USD 95,000 - 159,000; Full time

Benefits offered by this job

Health benefits

401(k) with company match

Tuition assistance

Parental leave

Job summary

GE Aerospace seeks a Lead Engineer to analyze CMC components in the GE9X engine and support fielded engines and NTI programs. You will perform stress and life analyses using FEA tools, collaborate across teams, and help enhance AI-assisted model workflows. Evendale, OH is preferred, with remote work options.

You will lead projects, mentor junior members, and ensure quality while interfacing with hardware, thermal, and material teams in a dynamic environment.

Qualifications

• Bachelors degree from an accredited college or university in engineering or related field.
• Minimum 3 years experience in Ceramic Matrix Composites or manufacturing related role.
• Experience with Finite-Element-Analysis software and related pre-processing tools is preferred.

Responsibilities

• Execute analysis and evaluation of assigned projects using engineering principles and standards.
• Develop conceptual turbofan hot section design and composite analysis knowledge.
• Collaborate with cross-functional teams and present outcomes to stakeholders.
• Document assumptions, boundary conditions, and results; coach junior members.
• Create macros or tools to standardize stress analysis practices for CMCs and support AI-enabled workflow adoption.

Skills

Attention to detail

Leadership skills

Project management

Problem-solving

Willingness to learn

Oral and written communication

Education

Bachelors Degree (Engineering) or equivalent

Tools

ANSYS

HyperMesh

NX

GE CMC tools

Job description

GE Aerospace seeks a Lead Engineer to analyze CMC components in the GE9X engine and support fielded engines and NTI programs. You will perform stress and life analyses using FEA tools, collaborate across teams, and help enhance AI-assisted model workflows. Evendale, OH is preferred, with remote work options.

You will lead projects, mentor junior members, and ensure quality while interfacing with hardware, thermal, and material teams in a dynamic environment.