
Developed and integrated a Wheelie Safety Control System for Cabot robots within the CMU-cabot/cabot-navigation repository, focusing on enhancing operational safety through IMU-based pitch monitoring and velocity limiting when wheelie events are detected. Leveraged C++, CMake, and YAML to create a configurable, component-based solution that publishes real-time telemetry on wheelie state and speed, supporting rapid tuning and diagnostics across robot variants. Refactored the feature for maintainability, updating build and dependency files and correcting critical safety parameters to ensure reliable stopping behavior. The work emphasized incremental delivery, clear commit traceability, and robust configuration management for embedded robotics systems using ROS 2.
January 2025 performance summary for CMU-cabot/cabot-navigation focusing on business value and technical achievements.
January 2025 performance summary for CMU-cabot/cabot-navigation focusing on business value and technical achievements.

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