
Micah developed a telemetry- and sensor-rich teleoperation stack for the ftcteam5898/GalacticLions-Starter repository, focusing on robust hardware integration and real-time operator feedback. Using Java and the FTC SDK, Micah implemented a dual-DC motor TeleOp base with enhanced gamepad controls, enabling more reliable and responsive robot maneuvering. The work included integrating servos and sensors such as distance and touch modules, with live telemetry to monitor device states and environmental data. By refining servo behavior and expanding sensor coverage, Micah established a solid foundation for future automation and testing, demonstrating depth in robotics programming, hardware control, and sensor integration.

March 2025 monthly summary for ftcteam5898/GalacticLions-Starter. Delivered a telemetry- and sensor-rich teleoperation stack with expanded hardware control, enabling more reliable pilot operation and real-time visibility. Established a dual-motor TeleOp base, enhanced gamepad controls, and broad servo/sensor integration. Added distance and touch telemetry for live monitoring, and refined servo behavior to support more responsive interactions. The work lays a strong foundation for future automation, testing, and competitive readiness.
March 2025 monthly summary for ftcteam5898/GalacticLions-Starter. Delivered a telemetry- and sensor-rich teleoperation stack with expanded hardware control, enabling more reliable pilot operation and real-time visibility. Established a dual-motor TeleOp base, enhanced gamepad controls, and broad servo/sensor integration. Added distance and touch telemetry for live monitoring, and refined servo behavior to support more responsive interactions. The work lays a strong foundation for future automation, testing, and competitive readiness.
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