Thomas M.
About Thomas M.
Thomas M. is an RF Test Engineer currently employed at Astranis Space Technologies. He has extensive experience in hardware validation and testing, having previously worked at companies such as Fitbit and Olio Devices.
Work at Astranis
Currently, Thomas M. serves as an RF Test Engineer at Astranis Space Technologies. He has been in this role since 2023, contributing to the development and testing of radio frequency systems. His work focuses on ensuring the reliability and performance of RF components used in satellite technology. This position builds on his extensive experience in hardware testing and validation.
Previous Employment at Fitbit
Thomas M. worked at Fitbit as a Hardware Engineer specializing in RF from 2017 to 2023. During his six years at Fitbit, he was involved in various projects that required expertise in hardware validation and testing. His role contributed to the development of innovative wearable technology, ensuring that products met stringent performance standards before reaching consumers.
Experience at Olio Devices
Before his tenure at Fitbit, Thomas M. was employed at Olio Devices as a Manufacturing Test Engineer for a brief period in 2016. His role lasted for three months in San Francisco, where he focused on testing processes to ensure product quality and functionality. This experience added to his foundational skills in hardware testing.
Background in Electrical Engineering
Thomas M. earned a Bachelor of Science in Electrical and Electronics Engineering from the University of California, Santa Cruz. He studied from 2009 to 2014, which provided him with a solid foundation in engineering principles. This academic background supports his professional roles in hardware engineering and testing.
Manufacturing Test Engineer at Coin
In addition to his roles at Olio Devices and Fitbit, Thomas M. also worked as a Manufacturing Test Engineer at Coin. His responsibilities included overseeing electrical and functional test projects, which further developed his expertise in hardware validation and testing methodologies.