Lead Mechanical Engineer, XBAT Lubrication Systems

GE Aerospace; Cincinnati (OH); On-site; USD 112,000 - 149,000; Full time

Benefits offered by this job

Relocation assistance

Job summary

GE Aerospace is seeking an XBAT Mechanical System Advanced Lead Engineer to lead lubrication system components for the F110 engine and enable vertical takeoff and landing capabilities. You will coordinate across design, analysis, testing, and customer interfaces to ensure propulsion system performance in the XBAT application.

The role requires senior-level engineering expertise, cross-functional collaboration, and the ability to guide design verification, validation, and manufacturability across

Qualifications

• Bachelor's in Mechanical/Aerospace Engineering from an accredited university.
• 5+ years of lubrication system design/analysis experience in aerospace or related fields.
• Visa sponsorship not offered for this role.

Responsibilities

• Lead design, procurement, and development of lubrication system components for F110 engine.
• Develop drawings and ensure producibility and integration with engine and air vehicle.
• Apply CFD, thermal and structural analyses to optimize performance and weight.
• Provide technical leadership and mentorship to engineers supporting lubrication development.
• Collaborate with systems, manufacturing, supply chain, test and integration teams.

Skills

Leadership

Mentoring

Cross-functional

Problem solving

Education

Bachelor's degree in Mechanical Engineering

Master's or Ph.D. preferred

Tools

NX

CATIA

Ansys

Job description

GE Aerospace is seeking an XBAT Mechanical System Advanced Lead Engineer to lead lubrication system components for the F110 engine and enable vertical takeoff and landing capabilities. You will coordinate across design, analysis, testing, and customer interfaces to ensure propulsion system performance in the XBAT application.

The role requires senior-level engineering expertise, cross-functional collaboration, and the ability to guide design verification, validation, and manufacturability across