Leading the development of next-gen LiDARs for automous driving

Lead the development of ADAS forward-vision sensor with integrated compute for global automotive portfolio.

Conducted, analyzed, and validated full-vehicle and component-level destructive tests to drive design changes and ensure compliance with federal, international, consumer metric, and GM internal regulations.

Assessed and processed over 130 applications for Makers and Events. Created and optimized a floor plan in consideration of Makers, Sponsors, Events, and flow of attendees in collaboration with MIT Facilities and Electrical. Acted as liaison and maintained communication between exhibitors and Maker Faire staff. Directed volunteers day-of to assist in preparation and tear-down of the event, as well as ensuring that all exhibitors and attendees were registered.

Utilized SolidWorks to create parts for, assemble, and animate multiple configurations of a 12-character Disney clock tower parade.

I co-founded a student-led organization with the aim of providing low-cost academic programs for high school students in the Boston and Cambridge area. As President, I administered two programs totaling in over 300 students and 30 teachers, one of which I created.

Modeled and fabricated a 1/10th model of a MIT Tech Dinghy that facilitated the design an alpha-level prototype mechanical system that allows paraplegics to sail independently