I'm a University of Waterloo engineering student who enjoys taking projects from first sketches all the way through PCB layout, machining, firmware, and data analysis. I enjoy learning new things through building. Like custom wearables and robotics arms to sustainable power systems and lab instrumentation.
A multidisciplinary engineer who treats every project as a full system.
I'm passionate about building things that combine mechanical hardware, custom electronics, and the firmware and analytics that bring them to life. My work spans personal projects like a custom 5-DOF robot arm and a boxing wearable, internship work on biomedical sample preparation cartridges and sustainable galvanic generators, and university design projects in robotics and controls.
I'm comfortable owning a project end-to-end — designing parts in SolidWorks, laying out two-sided PCBs, soldering them by hand with solder paste and a hot air station, writing the firmware on the microcontroller, and then training the ML model that interprets the data on the other side.
A working toolkit built across coursework, internships, and hands-on personal builds.
A cross-section of mechanical, electrical, and software work — click on any project tile for detailed breakdowns.
A Python tool that scrapes NFL statistics and applies a custom model to predict team scoring tendencies vs. expectations.
A 3rd-year design-project robot built to move dice ~40 cm from point A to point B — designed in a creative, sparking robot configuration.
A series of 4 group labs on Turtlebot autonomy and control, run on Ubuntu with ROS 2.
I'm always happy to chat about engineering, internships, and interesting projects.