I am an engineering physicist, educator, and amateur cook.
During my time at UBC, I delved into the fields of robotics and machine learning,
winning a robotics competition.
I took courses in optics, statistical mechanics, computer graphics, machine learning, and
more.
In my capstone projects, I created a portable system for quantifying Fentanyl at a fraction of the lethal dose. Another project involved designing and optimizing a new
state-of-the-art generative video model.
In my final year, I joined the "Brewing the Internet of Things" design team. My primary focus was on designing
mechanical actuators and developing software for sensor reading and logging data an automated
brewing system.
I've previously worked with MCW Consultants, designing power distribution systems and conducting arc flash
studies for airport Lidar towers in western Canada.
My experience extends to the maker world, where I designed robotics kits, including a quadruped robot and
modular battle bot. I also managed a building, overseeing one-on-one design sessions for kids aged 12-18,
resulting in projects ranging from VR video games to Tesla coils and RC cars.
One summer, I took the
opportunity to teach STEAM camps in remote indigenous communities across northern BC, combining land-based learning
with physics concepts. I also have a passion for cooking and am currently making a recipe book of my
more successful creations.