Yi-Wei (Mike) Chen

Senior Robotics Engineer: Software at GrayMatter Robotics

Yi-Wei (Mike) Chen has a diverse range of work experience in the robotics and engineering field. Yi-Wei (Mike) began their career as a Programming Design Teaching Assistant at National Cheng Kung University in 2017. Yi-Wei (Mike) then worked as a Research Assistant at the University of Southern California, where they collaborated with Boeing and Advanced Robotics for Manufacturing Institute (ARM) on the design of a semi-automation cell for prepreg composite sheet layup. Yi-Wei (Mike) also developed a CAD-To-Path robotics software application in partnership with Yaskawa Motoman, focusing on software architecture, motion control, and user interface design.

Following their time at USC, Yi-Wei joined Cubic Machinery as a Robotics Application Engineer. In this role, they developed a vision-based robot deburring system, optimizing the deburring quality through the analysis and monitoring of force sensor data. Yi-Wei (Mike) also delivered production-ready programs for controlling robot trajectory and peripheral signals.

Yi-Wei then worked at Tesla as a Manufacturing Controls Dev Engineer, specifically focusing on manufacturing controls development.

Most recently, they joined GrayMatter Robotics as a Robotics Engineer, responsible for the development of robotics software.

Yi-Wei (Mike) Chen obtained a Bachelor of Science degree in Mechanical Engineering from National Cheng Kung University, where they studied from 2013 to 2017. Subsequently, Chen pursued a Master of Science degree in Mechanical Engineering at the University of Southern California from 2018 to 2020. Yi-Wei (Mike) successfully obtained their Master of Science certification in May 2020 from the University of Southern California.

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Los Angeles, United States

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GrayMatter Robotics

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GrayMatter Robotics creates solutions to assist humans in tedious and ergonomically challenging tasks. They make AI-Brains for robots to make them smart, easy to use, and rapidly deployable for complex operations. Their software combines commercially available robots and multi-modal sensing with artificial intelligence to create smart robotic assistants that are well-suited for complex operations in high-mix manufacturing and service applications.


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11-50

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