James Phan
About James Phan
James Phan is a Robot Builder Intern at Trexo Robotics, where he contributes to the development of robotic systems. He has a background in aerospace engineering and experience in sheet metal forming.
Work at Trexo Robotics
James Phan currently serves as a Robot Builder Intern at Trexo Robotics, a position he has held since 2021. In this role, he contributes to the development of robotic systems aimed at improving assistive devices. His responsibilities include hands-on prototyping and testing of robotic components, which are essential for ensuring the functionality and efficiency of the devices. He has also participated in a project focused on integrating advanced control systems into robotic platforms, showcasing his involvement in innovative solutions within the robotics field.
Experience at Millomat Stampings Inc.
Prior to his current roles, James worked at Millomat Stampings Inc. as a Sheet Metal Former from 2017 to 2019. This two-year experience in Mississauga, Ontario, provided him with practical skills in metal forming processes and manufacturing techniques. His time at Millomat Stampings Inc. laid a foundation for his technical abilities, which he has since applied in his current positions in robotics and engineering.
Education and Expertise
James Phan studied Aerospace, Aeronautical, and Astronautical Engineering at Ryerson University, where he earned a Bachelor of Engineering (BE) degree from 2018 to 2023. His academic background has equipped him with a solid understanding of engineering principles, particularly in the aerospace sector. This education supports his current work in robotics and vehicle dynamics control, enhancing his expertise in these technical areas.
Role at Ryerson International Hyperloop
In addition to his internship at Trexo Robotics, James has been involved with Ryerson International Hyperloop since 2020, focusing on Vehicle Dynamics Control. This role, which he has held for four years in Toronto, Ontario, allows him to apply his engineering knowledge to the development of high-speed transportation systems. His work in this area complements his interests in robotics and advanced engineering applications.