
Worked on the mcgill-robotics/auv-embedded-2025 repository to enhance thruster control safety and reliability in an embedded robotics context. Developed C++ control logic that gates thruster updates based on connection state, preventing stale commands from being sent after disconnection and reducing the risk of unsafe propulsion events. Addressed a stale-command bug and reorganized destroy_entities ordering to improve code clarity and performance. Initiated a C++ formatting effort for power_main.cpp to improve readability, later reverting changes to maintain established conventions. Demonstrated disciplined change management and a focus on maintainability, leveraging skills in C++ programming, embedded systems, and robotics software practices.
February 2026 performance summary for mcgill-robotics/auv-embedded-2025: Delivered safety- and reliability-focused improvements to thruster control and resolved a stale-command bug. Implemented connection-state gating for thruster updates to prevent old commands after disconnection and performed a minor cleanup to destroy_entities ordering for clarity and performance. Initiated a C++ formatting effort on power_main.cpp to improve readability (subsequently reverted to preserve established conventions), demonstrating disciplined change management. Business impact: reduced risk of unsafe propulsion events during disconnects, improved mission safety, and strengthened maintainability for future iterations. Technical highlights include embedded C++ control logic, safety-critical software practices, and structured change management with clear commit history.
February 2026 performance summary for mcgill-robotics/auv-embedded-2025: Delivered safety- and reliability-focused improvements to thruster control and resolved a stale-command bug. Implemented connection-state gating for thruster updates to prevent old commands after disconnection and performed a minor cleanup to destroy_entities ordering for clarity and performance. Initiated a C++ formatting effort on power_main.cpp to improve readability (subsequently reverted to preserve established conventions), demonstrating disciplined change management. Business impact: reduced risk of unsafe propulsion events during disconnects, improved mission safety, and strengthened maintainability for future iterations. Technical highlights include embedded C++ control logic, safety-critical software practices, and structured change management with clear commit history.

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