• Working with Professor Xiaokang Qiu and PhD students to research program synthesis with 2+ OpenAI API models• Used Excel/SL databases, Marko Python parser, Python/server-side scripting (300+ lines), and prompt engineering to compare data analysis among LLMs and humans, measuring the capability of GPT in real-world applications• Built algorithm to improve comparative performance by around 80% for 10,250 test cases per program execution• Gathering and organizing data through graphs and statistics with pandas in a research paper for publication

• Leading electrical engineering team of 20+ students to build/program an autonomous (RTOS) rover to compete in the University Rover Challenge - The Mars Society with 95+ university teams competing internationally• Maintaining power routing and routine checking of the soldering on the circuitry, allocating a $20,000+ budget• Using KiCad and SolidWorks for PCB design and CAD for electrical housing components and BMS• Planning meetings to discuss goals and delegate tasks accordingly to ensure effective progress throughout the club

• Tested out new products, e.g. Tinkerkit Braccio Robot, through microcontrollers and C/C++ (1000+ lines combined)• Documented instruction manuals to appear in marketing promotions, improving customer satisfaction by ~15%• Constructed breadboarding kits for customer use for projects using op-amps, embedded systems, and MOSFET• Used formulas to compare competitor store’s prices for 35,000+ components, leading to around 1.2% price uptick

• Selected as 1 of 3 high school students in the San Francisco Bay Area to earn a SONY internship through PilotCity• Built a prototype SMART Security System using microcontrollers and sensors (ESP8266, PIR motion sensor)• Implemented GUI with BLYNK and utilized signal processing packages to extract video feed from ESP32 camera • Received interest from 100+ potential customers, with reports of ~95% operationality through consumer testing