
Contributed to Byron-MN-FRC/REEFSCAPE2025 by developing safety-focused robotics features and enhancing autonomous routines over a two-month period. Addressed subsystem safety by implementing logic in Java to constrain robot arm movement, preventing collisions through dynamic wrist and shoulder coordination. Improved code hygiene and documented safety parity across subsystems, supporting future maintainability. In the following month, delivered a modular refactor of the autonomous coral placement routine, decoupling claw control to enable more reliable and testable autonomous actions. Leveraged skills in embedded systems, control systems, and command-based frameworks, with work primarily involving Java and JSON for configuration and command definition.
March 2025 performance summary for Byron-MN-FRC/REEFSCAPE2025: Delivered a dedicated autonomous claw drop command and a modular refactor of AutonPlaceCoral, decoupling claw control from coral placement to improve reliability, clarity, and maintainability of autonomous paths. This work enables more robust autonomous routines and faster iteration cycles, with clear traceability to a single commit.
March 2025 performance summary for Byron-MN-FRC/REEFSCAPE2025: Delivered a dedicated autonomous claw drop command and a modular refactor of AutonPlaceCoral, decoupling claw control from coral placement to improve reliability, clarity, and maintainability of autonomous paths. This work enables more robust autonomous routines and faster iteration cycles, with clear traceability to a single commit.
February 2025 - Byron-MN-FRC/REEFSCAPE2025: Safety-focused robotics subsystem improvements and code hygiene. Implemented robot arm movement safety checks to prevent collisions by constraining wrist movement based on the shoulder’s position; documented cross-subsystem safety parity with Elevator.java for future refactors; committed safety logic under e6ba8581bf8c633ae42cbaf56500432f08d25d6f.
February 2025 - Byron-MN-FRC/REEFSCAPE2025: Safety-focused robotics subsystem improvements and code hygiene. Implemented robot arm movement safety checks to prevent collisions by constraining wrist movement based on the shoulder’s position; documented cross-subsystem safety parity with Elevator.java for future refactors; committed safety logic under e6ba8581bf8c633ae42cbaf56500432f08d25d6f.

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