- Member of Starlink's Direct-to-Cell hardware team working on satellite modem and phased arrays.- Designed PCBs and diagnosed hardware failures on flight boards, saving money on production costs.

- Led over 40 students in the design, manufacturing, and integration of the electrical system for a Formula SAE Electric racecar.- Redesigned the low voltage architecture and manufacturing process which resulted in 100% electrical reliability at competition.- Designed and guided members through a new detail-oriented engineering methodology, which included creating an engineering wiki, pin-by-pin wiring harness design documentation, and well-written assembly instructions for each vehicle module.- Guided a team of 12 engineering leads and over 40 members to become self-sufficient and knowledgeable electrical engineers while addressing design problems from small details up to system-wide redesigns.

Oversaw the development and validation of the powertrain for the team’s first electric vehicle, being one of only 20/71 teams to pass technical inspections and race that year.

- Oversaw the design and manufacturing of the team's first battery pack, which involved purchasing PCBAs, creating design specifications, and negotiating purchase orders.- Designed battery monitoring PCBs to implement CAN communications while maintaining real-time operating constraints.

- Devised simulations to maximize vehicle speed within a battery temperature and power consumption envelope.

- Developed an avionics simulation tool for Mars Sample Return Lander, ensuring reliable data transmission.- Built a Python framework supporting custom schedulers and implemented bandwidth analysis with visual insights via tree tables and histograms.

- Fabricated, 3D Printed, and soldered servo-actuated robot links which assembled into structures magnetically.- Programmed WiFi microcontrollers in C with firmware to calibrate and control servo actuation.

- Developed three novel electro-mechanical modules to improve vehicle interior robustness and packaging, designing PCBs in Altium NEXUS, simulating circuits in LTSpice, and programming ARM microcontroller firmware in an RTOS.- Independently led each module from concept to prototype, collaborating closely with engineers for seamless integration.

- Programmed a full-stack system to capture, process, and showcase SAS customer application data.- Developed a web crawler using Python and REST APIs, then stored and retrieved data using SQL.- Designed an interactive web application to browse the data and monitor the web crawler’s status.

- Helped lead a variety of programming camps for elementary and middle school students- Taught fundamental aspects of object-oriented programming and game design