
Kailee Santucci contributed to the concordia-fsae/firmware repository by developing features that enhanced embedded system observability and reliability. She implemented 5V PDU voltage sensing and integrated real-time CAN Bus reporting, enabling improved electrical monitoring and fault detection. Using C and YAML, she also introduced runtime task stack usage monitoring for BMSW and VC components, leveraging RTOS features to report stack utilization and improve safety. Additionally, Kailee addressed cross-platform build issues by restructuring Buck build system configurations, ensuring consistent builds across macOS and embedded targets. Her work demonstrated depth in hardware integration, build system configuration, and embedded software diagnostics.

October 2025 monthly summary for concordia-fsae/firmware: Key feature delivered includes runtime task stack usage monitoring for BMSW and VC components, with reporting via rtosTaskMemInfo and new defines to capture task stack information; message definitions updated to carry runtime stack usage across BMSW and VC. Bug fix delivered: macOS cross-platform folder case-insensitivity issue resolved by renaming the buck folder to buck2 and updating configuration files and build scripts to maintain consistent builds across OSes. Overall impact: improved runtime observability and safety for embedded tasks, reduced cross-platform build friction, and smoother collaboration across teams. Technologies/skills demonstrated: RTOS task memory monitoring, runtime reporting (rtosTaskMemInfo), define-driven API changes, cross-platform build hygiene, and version-control discipline.
October 2025 monthly summary for concordia-fsae/firmware: Key feature delivered includes runtime task stack usage monitoring for BMSW and VC components, with reporting via rtosTaskMemInfo and new defines to capture task stack information; message definitions updated to carry runtime stack usage across BMSW and VC. Bug fix delivered: macOS cross-platform folder case-insensitivity issue resolved by renaming the buck folder to buck2 and updating configuration files and build scripts to maintain consistent builds across OSes. Overall impact: improved runtime observability and safety for embedded tasks, reduced cross-platform build friction, and smoother collaboration across teams. Technologies/skills demonstrated: RTOS task memory monitoring, runtime reporting (rtosTaskMemInfo), define-driven API changes, cross-platform build hygiene, and version-control discipline.
September 2025 monthly summary focusing on firmware delivery for Concordia FSAE: Implemented 5V PDU voltage sensing and CAN reporting; integrated voltage data into CAN frames for real-time monitoring and control; provided clear commit traceability; enabling better electrical system visibility and fault detection, supporting safer and more reliable vehicle operations.
September 2025 monthly summary focusing on firmware delivery for Concordia FSAE: Implemented 5V PDU voltage sensing and CAN reporting; integrated voltage data into CAN frames for real-time monitoring and control; provided clear commit traceability; enabling better electrical system visibility and fault detection, supporting safer and more reliable vehicle operations.
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