
Developed a robust Lap Timing subsystem for the formulaslug/fs-3 repository, focusing on enhancing timing reliability and maintainability within embedded and real-time systems. The work introduced LapCounter-driven lap timing, enabling lap initiation via a dedicated button and leveraging RTD-based lap positioning for accurate order tracking. Refactored lap time calculations to utilize a getTime method, improving code clarity and reducing risks associated with direct timer access. Integrated LapCounter initialization into the main module to stabilize feature startup and created placeholder logic for lap button interactions, supporting staged UI testing. The project was implemented using C++ and embedded systems programming techniques.
January 2026 focused on delivering a robust Lap Timing subsystem in the formulaslug/fs-3 repository, with a measurable improvement in timing reliability and maintainability. The work establishes a solid foundation for performance analytics and further feature expansion.
January 2026 focused on delivering a robust Lap Timing subsystem in the formulaslug/fs-3 repository, with a measurable improvement in timing reliability and maintainability. The work establishes a solid foundation for performance analytics and further feature expansion.

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