This project focuses on the end-to-end design and development of competitive robotics systems, integrating mechanical engineering, electronics, and software under real-world constraints. Work includes drivetrain architecture, custom mechanisms, sensor integration, and autonomous routines designed for reliability and performance in competition environments.

Beyond the technical build, this project emphasizes leadership and systems thinking—coordinating subteams, iterating designs under time pressure, and making tradeoffs between speed, robustness, and complexity. It reflects experience building physical systems that must work on the field, not just in theory.