Tom Gorton
About Tom Gorton
Tom Gorton is a Lead GNC Engineer based in Denver, Colorado, specializing in the development and assembly of optical satellites.
Tom Gorton Lead GNC Engineer
Tom Gorton serves as Lead GNC Engineer in the Denver, Colorado area. In his role, he is involved in overseeing the guidance, navigation, and control (GNC) aspects of satellite engineering. His responsibilities include integrating satellite components and ensuring each phase of the build process meets stringent quality standards. He is pivotal in coordinating the technical requirements for satellite deployment and working closely with engineering teams to maintain precision in satellite functionality.
Space Hardware Development in Denver
Tom Gorton participates in building space hardware, showcasing his expertise from the initial stages of space vehicle testbed development to the integration of the first satellite. His contributions have been critical to the expansion of satellite constellations. This versatile engineering role demands hands-on involvement in developing, testing, and refining satellite technologies to meet the advancing needs of space exploration and satellite deployment.
Satellite Assembly Clean Room Facility
Tom Gorton operates in a new state-of-the-art facility designed for ultra-high precision optical satellite assembly. The facility, equipped with clean rooms, supports the simultaneous construction of three to four satellites. This ensures that all assembly processes are conducted in a controlled and contamination-free environment, crucial for maintaining the integrity and functionality of satellite components. The clean room setup is a testament to the high standards maintained in the satellite assembly process.
Advanced Testing and Equipment
As part of his role, Tom Gorton utilizes cutting-edge precision test equipment for rigorous satellite testing. This includes alignment and stability checks, ensuring that all satellite components meet the required standards before deployment. The facility comprises labs that are configured for both remote and in-person testing, featuring ESD-safe equipment to protect sensitive satellite parts. Such advanced testing facilities allow for comprehensive evaluations of satellite performance and reliability.