
Shirley Ayers developed and enhanced autonomous navigation and control systems for the AndromedaOneCode repository, focusing on reliable pose estimation, sensor integration, and robust subsystem management. She refactored Java-based modules to centralize odometry and AprilTag configuration, improving localization accuracy and maintainability. Her work included tuning PID control parameters for swerve drive, refining path planning algorithms, and implementing safety features for end effector and climber subsystems. By standardizing camera and sensor data handling using configuration files and embedded systems techniques, Shirley enabled modular testing and future scalability. Her contributions addressed both feature development and bug fixes, demonstrating technical depth and thoughtful architecture.

April 2025 monthly summary for AndromedaOneCode: Delivered targeted enhancements to control and stability across key subsystems, driving improved precision, reliability, and maintainability for autonomous operations. The work focused on end effector rotation control, trajectory planning, sensor configuration, and state management in autonomous mode. This resulted in clearer debugging visibility, more reliable mission execution, and reduced risk of premature state transitions under load.
April 2025 monthly summary for AndromedaOneCode: Delivered targeted enhancements to control and stability across key subsystems, driving improved precision, reliability, and maintainability for autonomous operations. The work focused on end effector rotation control, trajectory planning, sensor configuration, and state management in autonomous mode. This resulted in clearer debugging visibility, more reliable mission execution, and reduced risk of premature state transitions under load.
March 2025 delivered a focused set of safety, perception, and reliability enhancements for autonomous operation in AndromedaOneCode, while pruning the codebase to accelerate future development. The work emphasized business value through safer robot behavior, improved localization, and streamlined maintenance.
March 2025 delivered a focused set of safety, perception, and reliability enhancements for autonomous operation in AndromedaOneCode, while pruning the codebase to accelerate future development. The work emphasized business value through safer robot behavior, improved localization, and streamlined maintenance.
January 2025 focused on delivering a targeted Autonomous Navigation improvement for the AndromedaOneCode repository, with clear traceability and a path to further tunability. Key work was the Autonomous Navigation Tuning for Swerve Drive, aimed at enhancing rotational control and overall autonomous movement through parameter tuning and configuration updates.
January 2025 focused on delivering a targeted Autonomous Navigation improvement for the AndromedaOneCode repository, with clear traceability and a path to further tunability. Key work was the Autonomous Navigation Tuning for Swerve Drive, aimed at enhancing rotational control and overall autonomous movement through parameter tuning and configuration updates.
Month 2024-12: Delivered targeted camera configuration and pose estimation interface enhancements and centralized AprilTag configuration to improve pose accuracy and system modularity. These changes standardize sensor data handling across real and mock implementations and lay the groundwork for future scalability. Major bugs fixed: none logged this month.
Month 2024-12: Delivered targeted camera configuration and pose estimation interface enhancements and centralized AprilTag configuration to improve pose accuracy and system modularity. These changes standardize sensor data handling across real and mock implementations and lay the groundwork for future scalability. Major bugs fixed: none logged this month.
Month 2024-11 – AndromedaOneCode: Delivered enhancements to Pose Estimation and PhotonVision sensor integration, improving localization reliability and sensor fusion, while laying a maintainable foundation through targeted refactoring. The work focused on odometry reliability, centralization of Pose Estimation, and multi-camera support with AprilTag data retrieval. Ongoing refactor efforts were initiated to consolidate odometry-related logic.
Month 2024-11 – AndromedaOneCode: Delivered enhancements to Pose Estimation and PhotonVision sensor integration, improving localization reliability and sensor fusion, while laying a maintainable foundation through targeted refactoring. The work focused on odometry reliability, centralization of Pose Estimation, and multi-camera support with AprilTag data retrieval. Ongoing refactor efforts were initiated to consolidate odometry-related logic.
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