Electrical Engineering Student @ UBC
Building the future through hardware design & software development
I'm a passionate Electrical Engineering student at the University of British Columbia, expected to graduate in May 2028. My expertise spans across hardware engineering and software development, with a focus on creating innovative solutions that bridge the digital and physical worlds.
From designing fuel cell switchboards for UBC Supermileage to developing AI-powered mobile applications, I thrive on challenges that require both technical precision and creative problem-solving.
When I'm not debugging RISC-V processors or routing PCBs, you'll find me exploring new technologies and contributing to projects that make a real-world impact.
Designed a high-efficiency hydrogen fuel cell switchboard for UBC Supermileage using KiCad. Implemented advanced power routing techniques to optimize energy distribution and minimize losses in the vehicle's electrical system.
Lead Developer for an environmental tracking mobile application built with React Native and TypeScript. Integrated AI-powered image classification to identify and log recyclable materials, promoting sustainable practices.
Designed and implemented a RISC-V CPU using SystemVerilog on FPGAs. Developed VGA-based hardware games to demonstrate real-time graphics processing and digital logic design principles.
Pursuing Bachelor of Applied Science in Electrical Engineering with focus on digital systems, embedded systems, and power electronics.
Developed strong communication and team coordination skills in a fast-paced retail environment.
Led youth development programs, demonstrating leadership and mentorship capabilities.
I'm always open to discussing new projects, opportunities, or collaborations. Feel free to reach out!