HPT Rotor Design Lead Engineer, GE9X Powerplant

GE Aerospace; Hamilton (OH); On-site; USD 110,000 - 150,000; Full time

Benefits offered by this job

Relocation assistance

Job summary

GE Aerospace is seeking an experienced mechanical design engineer to work on the GE9X engine for Boeing’s 777X program. The Lead HPT Rotor Design Engineer will focus on durability, validation, and entry-into-service readiness, collaborating with systems engineering, product lines, and technology teams.

This role emphasizes cross-functional work, with an emphasis on improving durability of high-pressure turbine components and leading rotor redesigns as part of the pre-EIS phase.

Qualifications

• Strong oral and written communication skills.
• Bachelor's degree in engineering from an accredited university.
• Legal authorization to work in the U.S. without sponsorship.

Responsibilities

• Execute the design, analysis, or evaluation of assigned projects using sound engineering principles and adhering to business standards, practices, procedures, and product / program requirements.
• Develop in-depth knowledge of a technical discipline and use experience to execute policy/strategy.
• Understand key business drivers and how the work of the team integrates with other teams.
• Propose different solutions outside set parameters with guidance and use on-the-job training to solve straightforward tasks.
• Provide informal guidance to new team members and contribute to talent development.

Skills

Communication skills

Education

Bachelor's degree in engineering

Job description

GE Aerospace is seeking an experienced mechanical design engineer to work on the GE9X engine for Boeing’s 777X program. The Lead HPT Rotor Design Engineer will focus on durability, validation, and entry-into-service readiness, collaborating with systems engineering, product lines, and technology teams.

This role emphasizes cross-functional work, with an emphasis on improving durability of high-pressure turbine components and leading rotor redesigns as part of the pre-EIS phase.