
Worked on the nrfconnect/sdk-zephyr repository to implement HID Sensor Usage IDs and macros supporting 2-byte IDs and report descriptor exponents, enabling standardized sensor data reporting via USB HID. Leveraged C and embedded systems expertise to align HID sensor definitions with the USB HID Usage Tables, improving interoperability and reducing integration effort for downstream applications. Extended in-tree HID support to include sensor page usage IDs, establishing a consistent pathway for sensor data communication. Focused on maintainable driver development practices and adherence to protocol standards, the work addressed the need for reliable, cross-device sensor data exchange without introducing major bugs during the period.
June 2025 - SDK Zephyr: Key features delivered include HID Sensor Usage IDs and macros enabling 2-byte IDs and report descriptor exponents for sensor data reporting via USB HID. Major bugs fixed: none identified as major this period. Overall impact and accomplishments: establishes a standardized HID-based sensor data reporting pathway, improving interoperability across sensors and reducing integration effort for downstream applications. Technologies/skills demonstrated: USB HID, Zephyr/NRF Connect SDK, C embedded firmware practices, adherence to USB HID Usage Tables, and maintainability of HID-related code.
June 2025 - SDK Zephyr: Key features delivered include HID Sensor Usage IDs and macros enabling 2-byte IDs and report descriptor exponents for sensor data reporting via USB HID. Major bugs fixed: none identified as major this period. Overall impact and accomplishments: establishes a standardized HID-based sensor data reporting pathway, improving interoperability across sensors and reducing integration effort for downstream applications. Technologies/skills demonstrated: USB HID, Zephyr/NRF Connect SDK, C embedded firmware practices, adherence to USB HID Usage Tables, and maintainability of HID-related code.

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