Michael Gomez
About Michael Gomez
Michael Gomez is a Technical Lead and Manager specializing in Analog Mixed Signal IC Design at onsemi, where he has worked since 2021. He has over three decades of experience in the semiconductor industry, including roles at Intel Corporation, Quantenna Communications, Motorola, and Fujitsu.
Work at Onsemi
Michael Gomez has been employed at onsemi since 2021, where he holds the position of Technical Lead, Manager, and Senior Analog Mixed Signal IC Design. In this role, he manages technical exchanges and staffing for project deliverables. He leads the design content and validation processes for onsemi's WiFi-6 client chip projects. Additionally, he is responsible for the silicon bring-up and verification of the latest generation onsemi/QCS WiFi-6 client chip.
Previous Experience in IC Design
Before joining onsemi, Michael Gomez worked at several prominent companies in the semiconductor industry. He was a Mixed Signal IC Design Engineer at Intel Corporation from 2013 to 2018. He also served as a Senior Mixed Signal Design Engineer at Quantenna Communications for a brief period in 2019. His earlier experience includes a 12-year tenure as an IC Design Engineer at Motorola and a 4-year role as a Mixed Signal Design Engineer at Fujitsu.
Education and Expertise
Michael Gomez earned his Bachelor of Science in Electrical Engineering (BSEE) from The Ohio State University, where he studied Digital and Computer Engineering from 1983 to 1989. He is currently pursuing a Master of Science (MSc) in Electrical and Electronics Engineering at Arizona State University, a program he has been enrolled in since 2001. His educational background supports his extensive experience in mixed signal IC design.
Background in Mixed Signal Design
Michael Gomez has a strong background in mixed signal design, having worked in various capacities across multiple organizations. His career spans over three decades, beginning with his role as an IC Design Engineer at Motorola. He has developed expertise in the design and validation of complex integrated circuits, particularly in the context of wireless communication technologies.