
Developed and integrated a command-handling arm subsystem for the GreenBlitz/GB-Robot-Template, focusing on precise target-position control and realistic simulation fidelity. Leveraged Java and the command design pattern to implement robust control systems, ensuring the arm could safely and accurately respond to field commands. Enhanced simulation by introducing parameterized constants and updating the arm builder to enforce correct movement constraints, reducing operational risk. Addressed command processing reliability and refined software limits to prevent unsafe arm motion. The work demonstrated depth in robotics and simulation, emphasizing maintainable, command-based programming practices and delivering two core features that improved both control and simulation accuracy.
November 2025 focused on delivering a robust arm subsystem and improving simulation fidelity for the GB-Robot-Template. Implemented a command-handling arm subsystem with target-position control and aligned simulation parameters to enforce realistic movement constraints. Also fixed command processing reliability and updated software limits to prevent unsafe arm motion.
November 2025 focused on delivering a robust arm subsystem and improving simulation fidelity for the GB-Robot-Template. Implemented a command-handling arm subsystem with target-position control and aligned simulation parameters to enforce realistic movement constraints. Also fixed command processing reliability and updated software limits to prevent unsafe arm motion.

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