
Ramin Salehi developed MS5611 sensor integration for the masa-umich/Rocket-Avionics repository, focusing on reliable altitude telemetry within embedded systems. He defined a structured register map by establishing sensor command and address constants in C, enabling precise communication with the MS5611. To improve altitude accuracy, he implemented altitude calculation in the driver using an oversampling ratio, and exposed this data through a new getAlt function for higher-level flight software. His work demonstrated depth in driver development and sensor integration, laying a solid foundation for future reset and update flows while enhancing the project’s telemetry quality and maintainability for avionics applications.

January 2025 monthly summary for masa-umich/Rocket-Avionics focused on MS5611 sensor integration, register map, and altitude calculation. Delivered a structured register map for the MS5611 by defining sensor command and address constants and added altitude calculation support in the driver using an oversampling ratio (OSR) to improve altitude accuracy. Introduced a getAlt function to expose altitude telemetry. These changes lay the groundwork for more reliable altitude sensing, better telemetry quality, and smoother integration with higher-level flight software.
January 2025 monthly summary for masa-umich/Rocket-Avionics focused on MS5611 sensor integration, register map, and altitude calculation. Delivered a structured register map for the MS5611 by defining sensor command and address constants and added altitude calculation support in the driver using an oversampling ratio (OSR) to improve altitude accuracy. Introduced a getAlt function to expose altitude telemetry. These changes lay the groundwork for more reliable altitude sensing, better telemetry quality, and smoother integration with higher-level flight software.
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