
Developed and delivered MCU temperature reporting for the BMSB module within the concordia-fsae/firmware repository, enhancing thermal visibility for embedded systems. The work involved defining a new mcuTemperature signal in YAML configuration files and exposing this data through the informationDebug message, enabling proactive protection and faster debugging. A macro for MCU temperature was introduced in the CANIO_componentSpecific.h header to support runtime configuration management. All changes were consolidated in a single changelist for traceability. The implementation leveraged C and YAML, demonstrating skills in CAN communication and embedded systems, and addressed the need for improved monitoring without introducing new bugs.
Month 2025-09: Delivered BMSB MCU temperature reporting in concordia-fsae/firmware. Added mcuTemperature signal to bmsb-signals.yaml, included in informationDebug in bmsb-message.yaml, and introduced a new MCU temperature macro in CANIO_componentSpecific.h. The work is tied to commit 36e76637c03592baca8551ee683f2b053b4ec85f. Business value: improved thermal visibility, enabling proactive protection and faster debugging.
Month 2025-09: Delivered BMSB MCU temperature reporting in concordia-fsae/firmware. Added mcuTemperature signal to bmsb-signals.yaml, included in informationDebug in bmsb-message.yaml, and introduced a new MCU temperature macro in CANIO_componentSpecific.h. The work is tied to commit 36e76637c03592baca8551ee683f2b053b4ec85f. Business value: improved thermal visibility, enabling proactive protection and faster debugging.

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