
Worked on the Anteater-Electric-Racing/embedded repository to enhance CAN telemetry capabilities within embedded systems. Focused on implementing ISO-TP support for telemetry data transmission, utilizing Rust for both protocol logic and data serialization. Developed a continuous integration workflow using GitHub Actions, incorporating a virtual CAN interface to automate ISO-TP testing and validation. Improved documentation in can.rs to clarify telemetry data handling and test functions, supporting motor controller communication. These contributions reduced validation risk and improved testing readiness for the embedded CAN module, leveraging skills in Rust, embedded systems, and the CAN protocol to accelerate development and ensure robust telemetry functionality.
Monthly summary for 2025-11 for Anteater-Electric-Racing/embedded focusing on CAN telemetry enhancements, ISO-TP support, and embedded testing improvements. Delivered CI-driven validation, ISO-TP telemetry transmission, and enhanced documentation for telemetry handling. Overall, these changes reduce validation risk, accelerate telemetry capabilities, and strengthen the embedded CAN module's testing readiness.
Monthly summary for 2025-11 for Anteater-Electric-Racing/embedded focusing on CAN telemetry enhancements, ISO-TP support, and embedded testing improvements. Delivered CI-driven validation, ISO-TP telemetry transmission, and enhanced documentation for telemetry handling. Overall, these changes reduce validation risk, accelerate telemetry capabilities, and strengthen the embedded CAN module's testing readiness.

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