
Worked on enhancing the reliability of lunar mission software by improving error handling in Moon vector calculations within the ADCS attitude determination system. Focused on hardening edge-case handling and fault logging to prevent failures during Moon-based operations, the work was delivered as a targeted bug fix in the Space-and-Satellite-Systems-UC-Davis/ADCS-Software repository. Leveraged expertise in C programming, embedded systems, and satellite navigation to implement robust error detection and recovery mechanisms. The update reduced operational risk by ensuring the ADCS software could gracefully handle anomalies in lunar vector data, contributing to more dependable attitude control for satellite missions involving the Moon.
September 2025 focused on hardening the Moon vector calculations in the ADCS software to improve reliability for lunar operations. Delivered a robust error-handling improvement in the Moon vector calculations within the ADCS attitude determination, preventing failures and improving uptime during Moon missions. The change is tracked in commit e39eb36d7286af33d1f7a046d3a8a0b2cb8e7637 with the message 'error handling for moon vector'.
September 2025 focused on hardening the Moon vector calculations in the ADCS software to improve reliability for lunar operations. Delivered a robust error-handling improvement in the Moon vector calculations within the ADCS attitude determination, preventing failures and improving uptime during Moon missions. The change is tracked in commit e39eb36d7286af33d1f7a046d3a8a0b2cb8e7637 with the message 'error handling for moon vector'.

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