
Andrew Bork developed foundational robotics software for the FRC1732/2025-1732Bot repository, focusing on robust subsystem architecture and field modeling. Over two months, he established a modular Java framework with CTRE Swerve drivetrain integration, standardized configuration, and subsystem scaffolding to streamline robot development and maintenance. He enhanced field visualization by expanding Field2d models and constants, enabling clearer diagnostics and autonomous path planning. Andrew also improved operator reliability through refined input mapping and real-time monitoring using Shuffleboard. His work demonstrated depth in embedded systems, control systems, and object-oriented design, resulting in a maintainable codebase that supports advanced robotics features and rapid iteration.

February 2025 performance summary for FRC1732/2025-1732Bot. Delivered end-to-end field modeling and perception enhancements, improved operator reliability, and expanded system monitoring, driving stronger field readiness and autonomous capabilities. This period focused on business value through clearer field visualization, robust localization, and improved diagnostic visibility for rapid debugging.
February 2025 performance summary for FRC1732/2025-1732Bot. Delivered end-to-end field modeling and perception enhancements, improved operator reliability, and expanded system monitoring, driving stronger field readiness and autonomous capabilities. This period focused on business value through clearer field visualization, robust localization, and improved diagnostic visibility for rapid debugging.
January 2025 performance summary for FRC1732/2025-1732Bot: Delivered foundational 3061-Lib framework with RobotContainer simplifications and subsystem scaffolding; integrated CTRE Swerve drivetrain with standardized configs; removed obsolete configurations and LED code to reduce debt; refined Joint subsystem with Shuffleboard integration, encoder handling improvements, and improved tuning visuals; documented operator panel LED and button control with hardware/software overview and usage flow. These efforts establish a solid foundation for future features, improve reliability, and streamline maintenance.
January 2025 performance summary for FRC1732/2025-1732Bot: Delivered foundational 3061-Lib framework with RobotContainer simplifications and subsystem scaffolding; integrated CTRE Swerve drivetrain with standardized configs; removed obsolete configurations and LED code to reduce debt; refined Joint subsystem with Shuffleboard integration, encoder handling improvements, and improved tuning visuals; documented operator panel LED and button control with hardware/software overview and usage flow. These efforts establish a solid foundation for future features, improve reliability, and streamline maintenance.
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