Tam Ly
About Tam Ly
Tam Ly is a Senior Structural Engineer at BLUE ORIGIN and Collins Aerospace with extensive experience in aerospace and automotive design.
Company Experience at BLUE ORIGIN
Tam Ly has been working at BLUE ORIGIN as a Senior Structural Engineer for Glenn Stage 1 since 2019. Based in Kent, Washington, his role involves working on the structural engineering aspects of the Glenn Stage 1. Tam brings a wealth of experience and expertise in structural design to this innovative aerospace company.
Role at Collins Aerospace
Since 2017, Tam Ly has been working at Collins Aerospace as a Senior Landing Gear Design Engineer. Operating out of Everett, Washington, his responsibilities include designing and refining landing gear systems that meet rigorous aerospace industry standards. His work at Collins Aerospace leverages his extensive background in structural design and engineering.
Previous Work at Boeing
Tam Ly has had multiple roles at Boeing. From 2015 to 2017, he worked as a Senior Structural Design Engineer on the 777-9 Wing Fixed Leading Edge project in Everett, Washington. Prior to that, he was involved in various other projects such as the 767-2C Tanker Airframes and the 747-8 Air Frame under D3 Technologies, indicating his deep expertise in Boeing's aircraft structures. His long-term engagement with Boeing showcases his significant contributions to the aerospace field over the years.
Employment at BOMBARDIER
From 2013 to 2015, Tam Ly served as a Senior Design Engineer at Bombardier's Flight Test Center in Wichita, Kansas. During his two-year tenure, he focused on various structural design projects, contributing significantly to Bombardier's aviation engineering capabilities.
Educational Background
Tam Ly studied Mechanical Engineering at the University of Washington, earning his Bachelor of Science in Mechanical Engineering (BSME) from 1985 to 1990. His academic training laid a strong foundation for his extensive career in structural design and aerospace engineering.
Expertise in Structural Engineering
Tam Ly has extensive experience in developing new structural concepts for primary and secondary structures across various aircraft models, including the 777-200LR, 777-300ER, and 737-700. He has also contributed to the development of new weapon pylons for the F-35 and played a key role in the design of skins, frames, fairings, and longerons for the Advanced Hawkeye E2C. His career highlights his versatile capabilities in both aerospace and automotive design.