
During November 2024, work centered on the UWaterloo-Formula-Electric/firmware repository, where a safety-critical overcurrent monitoring feature was developed for the Power Distribution Unit’s low voltage system. Using C and CSV, the developer implemented a 30-amp current limit with proactive diagnostic trouble code (DTC) logging, integrating this logic directly into the sensor task for real-time fault detection. The approach included correcting DTC macro references and resolving formatting inconsistencies in DTC.csv to enhance data integrity and downstream analytics. This effort improved the reliability and maintainability of embedded automotive telemetry, emphasizing robust data management and streamlined diagnostics within the firmware codebase.
November 2024 monthly summary for UWaterloo-Formula-Electric/firmware: Focused engineering effort on safety-critical PDU monitoring and diagnostics, delivering a robust overcurrent monitoring feature with durable logging and improved data quality. The work emphasizes business value through safer operation, faster fault diagnosis, and reliable telemetry for decision-making.
November 2024 monthly summary for UWaterloo-Formula-Electric/firmware: Focused engineering effort on safety-critical PDU monitoring and diagnostics, delivering a robust overcurrent monitoring feature with durable logging and improved data quality. The work emphasizes business value through safer operation, faster fault diagnosis, and reliable telemetry for decision-making.

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