
Worked on the UBC-Snowbots/RoverFlake2 repository to advance autonomous navigation by integrating SLAM with GPS and IMU odometry, focusing on reliable mapping and pose estimation. Developed features in C++ and CMake that established coordinate frame transformations and configured the slam toolbox for improved mapping workflows. Integrated a Sweep LiDAR node and created a fake GPS publisher to support sensor data testing and map generation, enhancing validation and reproducibility. Progressed toward Nav2 compatibility by implementing odometry-transform groundwork and addressing timestamp alignment. Emphasized robust testing and grouped commits to streamline feedback cycles, contributing to more efficient development and navigation system reliability.
February 2025 monthly summary for UBC-Snowbots/RoverFlake2: Focused on advancing autonomous navigation through SLAM integration, GPS/IMU fusion, and testing tooling. Delivered key features to improve mapping, odometry, and validation workflows, directly contributing to more reliable navigation and faster iteration cycles.
February 2025 monthly summary for UBC-Snowbots/RoverFlake2: Focused on advancing autonomous navigation through SLAM integration, GPS/IMU fusion, and testing tooling. Delivered key features to improve mapping, odometry, and validation workflows, directly contributing to more reliable navigation and faster iteration cycles.

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