Software developer with experience in embedded systems, algorithm development, and data processing. Proficient in C++, C#, Python, and experienced in working with Raspberry Pi and UWB technology. Developed a smart temperature control system using PID algorithms, achieving a control accuracy within ±1°C, and designed a custom testing environment using 3D printing. Additionally, contributed to system integration and UI development in various projects, receiving recognition from leadership. Adept at problem-solving, system optimization, and working in agile development environments.
Developed key features for the game demo phase, including data table integration, UI display, scene construction, shop system implementation, and player state transitions, aligning with project requirements. The demo was successfully presented and received high praise from leadership. Currently advancing full-scale game development.
Researched the application of UWB technology in automotive systems through an analysis of academic literature. Developed and optimized algorithms for processing UWB device feedback to determine object positioning and predict movement. The proposed solution was adopted by leadership and presented at a workshop.