Originally from Toronto, currently studying electrical and mechanical engineering at Sorbonne Université in Paris. I build robotics, embedded systems, and hardware reliable enough to ship.
Resume
An educational AI robot integrating Jetson, ESP32, sensing, motion, and a complete software stack.
Custom electronics tying battery management, compute, motor actuation, protection, and serviceability into one reliable platform.
High-speed differential signalling and robust control in a compact form factor.
A system-level build spanning sealed mechanics, sensing, propulsion, embedded control, and maintainable subsystem architecture.
Robotics is where everything I enjoy about engineering comes together.
I grew up in Toronto and moved to Paris to study electrical and mechanical engineering at Sorbonne Université. Robotics pulled me in because every discipline has to meet in the real world: the electronics have to survive, the mechanism has to fit, and the software has to make the whole system useful.
I'm at my best when I can follow a problem across those boundaries, learn what I'm missing, and turn an early prototype into hardware that is easier to test, repair, and trust. That's the kind of work I want to keep doing with a team building ambitious physical products.
Electrical and Mechanical Engineering · CMI EEA · Expected 2027
Designing production hardware for machines deployed worldwide: a six-layer 48 V / 30 A power-distribution and control board, remote diagnostics, a 15-motor test bench, and Modbus and EtherCAT integration.
Designed and tested a four-layer ESP32 control board, integrated Jetson, RealSense and 360° LiDAR hardware, and built the ROS 2, RTAB-Map, computer-vision, and web-interface stack.
Built Raspberry Pi DVR systems, persistent Cloudflare tunnels over 4G, remote-worksite networking and punch-clock infrastructure, security-camera installations, and the company’s truck-detailing website.