
Worked on the FRC5188/ReefCode repository to refactor the arm and elevator control subsystems, focusing on improving control stability and responsiveness for robotics applications. The project involved updating PID gains, tolerances, and setpoints, as well as introducing new commands for loading and spitting game pieces. Enhanced LED state indicators were integrated to provide clear operator feedback during intaking, holding, and disabled states. The work demonstrated skills in control systems, embedded systems, and Java, with attention to hardware-software integration. Code cleanup, including the removal of an erroneous import, contributed to more reliable runtime behavior and improved maintainability of the codebase.
Key features delivered: Arm and Elevator Control Refactor with tuning, new load/spit game piece commands, updated PID gains, tolerances, and setpoints; enhanced LED state indicators for intaking, holding a piece, and disabled. Major bugs fixed: Removed an erroneous import, contributing to cleaner builds and more reliable runtime behavior. Overall impact and accomplishments: Improved control stability and responsiveness of the arm/elevator system, smoother game-piece handling, and clearer operator feedback, enabling more reliable competition-ready operation. Technologies/skills demonstrated: PID tuning and tuning iteration, subsystem refactor within a command-based architecture, hardware-software integration (LED feedback), and code cleanup for maintainability.
Key features delivered: Arm and Elevator Control Refactor with tuning, new load/spit game piece commands, updated PID gains, tolerances, and setpoints; enhanced LED state indicators for intaking, holding a piece, and disabled. Major bugs fixed: Removed an erroneous import, contributing to cleaner builds and more reliable runtime behavior. Overall impact and accomplishments: Improved control stability and responsiveness of the arm/elevator system, smoother game-piece handling, and clearer operator feedback, enabling more reliable competition-ready operation. Technologies/skills demonstrated: PID tuning and tuning iteration, subsystem refactor within a command-based architecture, hardware-software integration (LED feedback), and code cleanup for maintainability.

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