
Over a two-month period, contributed to waterloo-rocketry/canhw by overhauling the geometric processor to expand modeling capabilities for the 2025 product cycle, introducing new geometric and surface definitions through a modular refactor that improved maintainability and simulation accuracy. In waterloo-rocketry/cansw_processor_canards, enabled robust I2C2 peripheral initialization using STM32 HAL and CubeMX-generated C code, relocating test logic to prevent overwrites and clarifying device address documentation. Addressed a logic bug in I2C initialization status reporting, enhancing system reliability and traceability. Demonstrated skills in embedded systems, geometric modeling, and microcontroller programming, with a focus on code quality, documentation, and future maintainability.
February 2025: Delivered reliable I2C2 peripheral initialization for the cansw_processor_canards project, enabling robust operation of the I2C2 bus through CubeMX-generated code changes, address selection for proper device addressing, and proper test-code placement to prevent overwrites. Fixed an initialization status logic bug to ensure subsequent I2C operations report the correct outcome, and added clarifying documentation around device addresses and the R/W bit. The work improves system reliability, reduces integration risk, and enhances maintainability through better traceability and documentation.
February 2025: Delivered reliable I2C2 peripheral initialization for the cansw_processor_canards project, enabling robust operation of the I2C2 bus through CubeMX-generated code changes, address selection for proper device addressing, and proper test-code placement to prevent overwrites. Fixed an initialization status logic bug to ensure subsequent I2C operations report the correct outcome, and added clarifying documentation around device addresses and the R/W bit. The work improves system reliability, reduces integration risk, and enhances maintainability through better traceability and documentation.
Monthly summary for 2024-11 for waterloo-rocketry/canhw. This period centers on delivering a Geometric Processor Overhaul for the 2025 product cycle, a major refactor to expand geometric modeling capabilities and introduce new geometric and surface definitions to support enhanced modeling features. Changes were validated through the Processor 2025 Full Review (#90) with commit 4d821bdd7e93e55076b9379fe540db6d4aa5897b. No major bugs reported this month. Impact includes improved modeling accuracy, faster iteration for upcoming product milestones, and a cleaner, more modular processor codebase. Technologies/skills demonstrated include advanced processor refactor, geometric modeling enhancements, and rigorous code review practices.
Monthly summary for 2024-11 for waterloo-rocketry/canhw. This period centers on delivering a Geometric Processor Overhaul for the 2025 product cycle, a major refactor to expand geometric modeling capabilities and introduce new geometric and surface definitions to support enhanced modeling features. Changes were validated through the Processor 2025 Full Review (#90) with commit 4d821bdd7e93e55076b9379fe540db6d4aa5897b. No major bugs reported this month. Impact includes improved modeling accuracy, faster iteration for upcoming product milestones, and a cleaner, more modular processor codebase. Technologies/skills demonstrated include advanced processor refactor, geometric modeling enhancements, and rigorous code review practices.

Overview of all repositories you've contributed to across your timeline