
I am a Mechanical Engineering undergraduate with an Engineering Business minor at the University of Toronto, pursuing a career at the intersection of machine learning, bioengineering, and robotics. My goal is to build intelligent physical systems that apply data-driven models to real-world biological and mechanical problems. Through experience in machine learning research, robotic system design, and multidisciplinary teamwork, I am developing the technical and leadership foundation required to work on high-impact, applied engineering challenges.
This project explores how to steer protein language models toward specific biochemical properties using unsupervised edits in weight and activation spaces. Note: The code and model's details cannot be shown under NDA.

My team designed a low-cost, long-reach cinematography robot arm for hobbyist filmmakers, addressing the need for affordable, smooth camera motion compared to more expensive professional systems.
Our team developed a conceptual solution to reduce epidural hematoma (EDH) formation after craniotomy, addressing the clinical problem of long dura-closure times and postoperative complications.