Phillip B Lee
About Phillip B Lee
Phillip B. Lee is a Senior Mechanical Design Engineer at Sandia National Laboratories with extensive experience in lightweight aircraft design using advanced proe surfacing techniques.
Current Position at Sandia National Laboratories
Phillip B Lee holds the position of Senior Mechanical Design Engineer at Sandia National Laboratories, based in Livermore, California, United States. He has been with the laboratory since 2018. His role involves working with advanced design and development techniques, focusing on innovative mechanical structures. His significant contributions include the design and development of new, lightweight A5 aircraft using proe surfacing techniques.
Previous Experience at Spirit AeroSystems
Prior to his current role, Phillip B Lee served as a Mechanical Design Engineer at Spirit AeroSystems. His tenure at the company lasted from 2017 to 2018, spanning a duration of 9 months. During his time there, he was based in Wichita, Kansas, where he contributed to various mechanical design projects within the aerospace sector.
Work at Northrop Grumman
In 2017, Phillip B Lee worked as a Mechanical Designer at Northrop Grumman for a period of 5 months. Based in Muskegon, Michigan, he was involved in multiple projects that required precision and expertise in mechanical design.
Employment at Aerojet Rocketdyne
From 2016 to 2017, Phillip B Lee was employed at Aerojet Rocketdyne as a Senior Mechanical Designer. Over the course of a year in Rancho Cordova, California, he developed high-level mechanical designs, contributing to the company's aerospace and defense initiatives.
Expertise in Lightweight Aircraft Design
Phillip B Lee has a strong background in lightweight aircraft design, most notably demonstrated during his time at Sandia National Laboratories. He specializes in using proe surfacing techniques to develop innovative aircraft structures. His expertise has been instrumental in the advancement of new designs, specifically aimed at reducing weight while maintaining structural integrity.