
Contributed to the Space-and-Satellite-Systems-UC-Davis/IntelliSat repository by developing and refining embedded firmware for sensor integration and hardware validation over a two-month period. Focused on stabilizing sensor data paths, expanding test coverage for IMU and magnetometer components, and implementing robust analog input handling through ADC initialization and cross-pin testing. Enhanced SPI communication reliability by reconfiguring chip-select pins and introducing transmit-receive delays. Leveraged C programming and configuration management to enable independent per-IMU settings, consistent data scaling, and improved debugging utilities. Addressed multiple bugs, maintained backwards compatibility, and prepared the codebase for mainline release, ensuring reliable hardware interaction and streamlined validation workflows.
February 2025 IntelliSat monthly summary: Delivered core sensor integration features, strengthened reliability, and prepared for a stable mainline release. Key achievements include ADC initialization and comprehensive cross-pin testing (no DMA) to enable robust analog input readings; independent per-IMU configurations with IMU data scaling to ensure consistent analytics across sensors; SPI communications improved via CS pin reconfiguration and a transmitReceive delay for greater reliability; implemented working temperature sensor and strengthened debugging/test tooling to accelerate validation; preserved backwards compatibility with opr2 and prepared for merge to the main branch to streamline release readiness.
February 2025 IntelliSat monthly summary: Delivered core sensor integration features, strengthened reliability, and prepared for a stable mainline release. Key achievements include ADC initialization and comprehensive cross-pin testing (no DMA) to enable robust analog input readings; independent per-IMU configurations with IMU data scaling to ensure consistent analytics across sensors; SPI communications improved via CS pin reconfiguration and a transmitReceive delay for greater reliability; implemented working temperature sensor and strengthened debugging/test tooling to accelerate validation; preserved backwards compatibility with opr2 and prepared for merge to the main branch to streamline release readiness.
January 2025 monthly summary for Space-and-Satellite-Systems-UC-Davis/IntelliSat focused on stabilizing sensor data paths and expanding test coverage for IMU and magnetometer components. The efforts improved data accuracy, observability, and testing reliability, delivering measurable business value in attitude estimation and validation workflows.
January 2025 monthly summary for Space-and-Satellite-Systems-UC-Davis/IntelliSat focused on stabilizing sensor data paths and expanding test coverage for IMU and magnetometer components. The efforts improved data accuracy, observability, and testing reliability, delivering measurable business value in attitude estimation and validation workflows.

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