LED Tetris

Our proposed exhibit showcases a modern twist on the classic game of Tetris, reimagined through the lens of embedded systems engineering. Building on the foundation of last year’s successful Snake game project, our team of students has repurposed the same custom-designed hardware to create an interactive Tetris experience. Visitors will engage with the game using a Super Nintendo Entertainment System (SNES) hand controller, providing a nostalgic touch while demonstrating seamless hardware integration. The game runs on a custom-designed printed circuit board (PCB) featuring an STM32 microcontroller, which functions as the core gaming console. The visual output is displayed on an LED matrix array, a unique feature that offers dynamic gameplay with its ability to display complex patterns and animations, capturing the essence of Tetris gameplay. Visitors to the exhibit will not just observe, but actively participate in the experience. They can play the Tetris game firsthand, experiencing the smooth controls, responsive gameplay, and captivating LED visuals. Additionally, our team will be available to explain the technical details behind the project, including the programming challenges in creating the game logic, the hardware-software interaction, and optimizing the LED matrix display for real-time performance. This exhibit is not just about playing a game, but about learning how it's made. It aims to inspire interest in embedded systems, programming, and hardware design, demonstrating how classic games can be brought to life using modern technology.