I'm a mechanical engineer in the East Bay, currently working as a Hardware Engineer at Liminal Insights.
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I concepted, designed, and tested a subsystem of the newest orthopedic surgery table.
I designed an actuated tensegrity robot capable of disaster relief and monitoring to aid and provide relevant data to first responders in the case of an unknown hazmat or disaster scenario.
I designed and manufactured a performance braking system and an accommodating driver interface. Through testing and validation of our simulations, I was able to improve the braking response of the Formula Student car to be more consistent at a wider range of speeds. I currently lead and instruct a team of 4 members in designing the system.
I iterated on the mechanical design of the Boxlock prototype and performed thorough integration testing on the beta versions of the lock. I contributed to design decisions regarding internal structure and mounting of the electronics to optimize internal space and wiring.
Undergraduate Mechanical Engineering curriculum completed, with a minor in Electrical Engineering/Computer Science.
Notable electives taken: Control of UAVs & Vehicle Dynamics, Data Structures, Signals & Systems