As a member of Highlander Racing, a FSAE team that builds an F1 style race car every year, I've spent numerous hours working on the suspension and corners team. So far, I've used Solidworks to design the uprights, hubs, and clevises, using GD&T and FEA analysis to improve manufacturability and strength. Additionally, I've created and ran 3 axis adaptive toolpaths in Fusion 360 CAM on a HAAS VF1 machine, leading the manufacturing of the clevises and uprights. Finally, I collaborated with the chassis and brakes sub-teams to ensure suspension/corners assemblies would meet theirs size, strength, and tolerance requirements.

At Camp Galileo, I taught a 3-5th grade class woodworking, STEAM concepts, and thebasics of robotics. I worked for over 120 hours, following students’ progressionthrough their projects and skill levels.

As captain, I led a team of 15 people, delegating tasks and hosting daily meetings with leads to ensure goals were met. I headed multiple outreach operations in various different countries, including teaching a Java course in India. Under my leadership, the team won the Inspire Award and placed as Northern California Regional Division Finalist Captains.

As the hardware lead of team 8872, I designed, built, and optimized numerous mechanisms for the Wilcox High School FTC team, including 500+ part assemblies and cascading linear slide mechanisms. Additionally, I used Fusion 360 to CAD a belt-drive chassis and machine parts from 6061 aluminum using layered toolpaths.