
Developed the Index subsystem for the Reefscape2025 repository, focusing on foundational motor control, telemetry, and subsystem management using Java and embedded systems principles. The work introduced CAN-based speed control, periodic telemetry, and configurable idle modes, while implementing motor protection through current limiting and ramp rate adjustments. Control strategies evolved from PID-based tuning to a SimpleMotorFeedforward approach, streamlining speed commands and enhancing responsiveness. Simulator integration and telemetry improvements provided visibility into operational parameters, supporting robust testing and tuning. This engineering laid a scalable foundation for reliable index handling in robotics applications, emphasizing maintainability and adaptability for future robot configurations.
February 2025 (2025-02) focused on delivering a robust Index subsystem for Reefscape2025 with foundational motor control, tuning, and telemetry capabilities, while stabilizing performance through motor protection and simplified control paths. The work lays a scalable foundation for reliable index handling in future robot configurations and streamlines testing via simulation feedback.
February 2025 (2025-02) focused on delivering a robust Index subsystem for Reefscape2025 with foundational motor control, tuning, and telemetry capabilities, while stabilizing performance through motor protection and simplified control paths. The work lays a scalable foundation for reliable index handling in future robot configurations and streamlines testing via simulation feedback.

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