
Developed a tactile feedback enhancement for the Reefscape2025 robot control system, focusing on improving operator awareness and usability during competitive scenarios. Leveraging Java and embedded systems expertise, implemented a rumble feedback feature that provides drivers with tactile confirmation when selecting heights or changing scoring modes. This involved creating a reusable rumble command utility and integrating it across multiple control sequences within the repository, ensuring consistent feedback and reducing the likelihood of mis-selections. The work addressed both safety and intuitive control requirements in robotics, resulting in more responsive and user-friendly interactions for drivers without introducing new bugs during the development period.
In April 2025, delivered tactile feedback enhancement for Reefscape2025 control system and established a reusable rumble command utility. Implemented Rumble Feedback for Robot Control System, enabling rumble feedback during height selection and scoring mode changes to provide drivers with tactile confirmation. Created a dedicated rumble utility method and integrated it across control sequences, improving operator awareness and reducing mis-selections. This work aligns with safety and usability goals, enabling more intuitive control and faster decision-making during competitions.
In April 2025, delivered tactile feedback enhancement for Reefscape2025 control system and established a reusable rumble command utility. Implemented Rumble Feedback for Robot Control System, enabling rumble feedback during height selection and scoring mode changes to provide drivers with tactile confirmation. Created a dedicated rumble utility method and integrated it across control sequences, improving operator awareness and reducing mis-selections. This work aligns with safety and usability goals, enabling more intuitive control and faster decision-making during competitions.

Overview of all repositories you've contributed to across your timeline