Dominic Voo
About Dominic Voo
Dominic Voo is a Vehicle Assembly Integration Tech II at Rocket Lab, where he contributes to the mechanical integration of the CAPSTONE Lunar NASA mission and enhances the rocket build process. His extensive experience includes roles at various aerospace companies, including Airborne Engines Ltd. and MTU Aero Engines North America.
Work at Rocket Lab
Dominic Voo has been employed at Rocket Lab since 2019, serving as a Vehicle Assembly Integration Tech II in Auckland, New Zealand. In this role, he contributes to the mechanical integration of various projects, including the CAPSTONE Lunar NASA mission. His responsibilities include providing feedback and implementing upgrades to enhance the assembly and testing processes of the Electron Rocket. Additionally, he briefly worked as a Livestream Host at Rocket Lab from 2020 to 2021, further engaging with the company's outreach efforts.
Previous Employment Experience
Before joining Rocket Lab, Dominic Voo accumulated extensive experience in the aerospace and aviation sectors. He worked at Vector Aerospace as a Sikorsky S76 MGB Technician from 2006 to 2009. Following this, he served as an Aircraft Gas Turbine Technician/Tester at MTU Aero Engines North America from 2012 to 2019. His career began at Airborne Engines Ltd. as a Honeywell T53 Engine Technician from 2010 to 2012. This diverse background has equipped him with a solid foundation in aircraft and engine technology.
Education and Expertise
Dominic Voo studied at the British Columbia Institute of Technology (BCIT), where he completed a program in Aircraft Gas Turbine Technician from 2005 to 2006. He also attended the Justice Institute of British Columbia, achieving certification as a Firefighter in 2010. His educational background supports his technical expertise in aerospace and mechanical integration, contributing to his roles in various organizations.
Contributions to NASA Missions
Dominic Voo played a significant role in the mechanical integration for the CAPSTONE Lunar NASA mission while working at Rocket Lab. His involvement included reviewing and updating work instructions to improve the rocket build process. This contribution highlights his ability to enhance operational efficiency and support critical aerospace projects.