
Worked on the RoboJackets/urc-software repository to deliver end-to-end enhancements for rover simulation and navigation. Integrated the Marsyard 2020 terrain, replacing the previous environment and tuning parameters to improve simulation fidelity and performance. Developed a core robotic navigation system, including a navigation coordinator, collision-free planning, and robust feedback mechanisms using ROS and C++. Established a dedicated build and test infrastructure by integrating nanopb through CMake and creating a navigation testing package. The work emphasized simulation accuracy, autonomous navigation reliability, and streamlined validation, leveraging skills in C++, ROS, and Python to strengthen the software architecture and engineering rigor.
November 2025 monthly summary focused on delivering end-to-end rover software enhancements across terrain integration, navigation capabilities, and testing infrastructure. The work strengthens simulation fidelity, autonomy reliability, and engineering rigor for faster validation and deployment.
November 2025 monthly summary focused on delivering end-to-end rover software enhancements across terrain integration, navigation capabilities, and testing infrastructure. The work strengthens simulation fidelity, autonomy reliability, and engineering rigor for faster validation and deployment.

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