Amy Ngai
About Amy Ngai
Amy Ngai serves as the Lead Spacecraft Avionics & RF Engineer at Millennium Space Systems, A Boeing Company, where she has worked since 2019. She has a background in avionics and electrical engineering, with experience in supporting spacecraft projects from design to mission operations.
Current Role at Millennium Space Systems
Amy Ngai serves as the Lead Spacecraft Avionics & RF Engineer at Millennium Space Systems, a Boeing Company, since 2019. In this role, she is responsible for the engineering authority of communication subsystems, which include Tracking, Telemetry, and Command (TTC), Mission Data Links (MDL), and Crosslink (CXL) links for various programs. Her work encompasses supporting proposals, design, launch, integration, and mission operations for spacecraft avionics projects.
Previous Experience at Millennium Space Systems
Prior to her current position, Amy Ngai worked at Millennium Space Systems as a Spacecraft Electrical Engineer from 2016 to 2019. During this time, she contributed to various spacecraft projects. Earlier in her career, she completed a three-month internship at Millennium Space Systems in 2015 as an Avionics Intern, where she gained foundational experience in the field.
Internship Experience at B/E Aerospace
In 2014, Amy Ngai interned at B/E Aerospace for three months as an Electrical Engineering intern. This role provided her with practical experience in electrical engineering within the aerospace sector, further enhancing her skills and knowledge in avionics and related technologies.
Education in Electrical Engineering
Amy Ngai earned her Bachelor’s Degree in Electrical Engineering from Harvey Mudd College, completing her studies from 2012 to 2016. Her education provided her with a strong foundation in electrical engineering principles, which she has applied throughout her career in spacecraft avionics and engineering.
Research and Development Contributions
In her current role, Amy Ngai is involved in internal research and development activities, focusing on waveform algorithms simulation and firmware Hardware Description Language (HDL) development. This work supports the advancement of technologies used in spacecraft avionics.