The project was made for the Introduction to Electrical Engineering class [ELENE1201] as part of our final laboratory project.

This project involves designing and implementing a Tic-Tac-Toe game using digital logic circuits. The game board is represented by 18 LEDs arranged in a 3x3 grid, with each space featuring two LEDs of distinct colors to indicate the moves of two players. Players make their selections by toggling switches, which illuminate the corresponding LEDs. The circuit, built entirely with logic gates, continuously evaluates the board state to determine if a player has achieved a winning combination. In the event of a win, a dedicated ’winner’ LED lights up to indicate the victorious player (Red or Blue). A ’draw’ LED activates to signal a tie if all board spaces are filled without a winner. This project demonstrates the application of combinational and sequential logic to create an interactive and visually engaging implementation of the classic Tic-Tac-Toe game.