During June 2026, contributed a feature enhancement to the esphome/esphome repository by improving pressure reading accuracy for the XPT2046 touchscreen driver. Focused on embedded systems and driver development using C++, the work centered on refining the measurement algorithm to deliver more reliable touch interactions and consistent user interface behavior across devices. This update addressed the need for precise input detection, reducing misreads and enhancing overall touch responsiveness. Collaboration with co-authors through code review ensured code quality and maintainability. The effort supported broader adoption of ESPHome on touch-enabled devices, demonstrating expertise in hardware-software integration and embedded driver engineering.