
Worked on the UBC-Snowbots/RoverFlake2 repository to deliver joystick-enabled rover drive control and coordinated wheel speed management for a six-wheel robotic platform. Developed a drive control node in C++ and Python that translates joystick input into velocity commands, integrating it with ROS 2 launch infrastructure and refining axis mapping and speed scaling for smoother operator experience. Added a wheel speed control node to compute individual tire speeds from velocity commands, aligning motor control for coordinated movement. Addressed build system configuration using CMake to ensure reliable launch file deployment, and contributed ongoing patches to improve system robustness and maintainability for field testing.
February 2025 performance summary for UBC-Snowbots/RoverFlake2. Delivered core joystick-enabled rover control and wheel-speed coordination, coupled with launch reliability improvements. Outcomes reduce operator friction, enable safer field testing, and lay the groundwork for coordinated six-wheel drive control across the rover.
February 2025 performance summary for UBC-Snowbots/RoverFlake2. Delivered core joystick-enabled rover control and wheel-speed coordination, coupled with launch reliability improvements. Outcomes reduce operator friction, enable safer field testing, and lay the groundwork for coordinated six-wheel drive control across the rover.

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