Aerospace Reliability Engineer
Location
Sterling, VA
Job Type
Full-time
Category
other-general
Posted
June 08, 2026
**Job Description Summary**
At Dowty Propellers, a GE Aerospace Company, you’ll join a growing business with career development opportunities by helping ensure the safety and reliability of critical propulsion systems that keep aircraft flying every day. You’ll join a global aerospace leader with a strong safety and quality culture, proven lean practices, and a commitment to continuous improvement. We offer the opportunity to make a direct impact on flight safety in a highly regulated environment, while developing your career through access to GE Aerospace’s training, expertise, and broader career paths. In Sterling, you’ll work in a close knit MRO team with the backing, stability, and benefits of a world class aerospace organization.
The Aerospace Reliability Engineer is responsible for leading RM&T activities for Dowty Propellers US (Sterling MRO and Field Services) across the product lifecycle and interfacing with the UK Engineering team to drive closure of significant t...
At Dowty Propellers, a GE Aerospace Company, you’ll join a growing business with career development opportunities by helping ensure the safety and reliability of critical propulsion systems that keep aircraft flying every day. You’ll join a global aerospace leader with a strong safety and quality culture, proven lean practices, and a commitment to continuous improvement. We offer the opportunity to make a direct impact on flight safety in a highly regulated environment, while developing your career through access to GE Aerospace’s training, expertise, and broader career paths. In Sterling, you’ll work in a close knit MRO team with the backing, stability, and benefits of a world class aerospace organization.
The Aerospace Reliability Engineer is responsible for leading RM&T activities for Dowty Propellers US (Sterling MRO and Field Services) across the product lifecycle and interfacing with the UK Engineering team to drive closure of significant t...