PROJECT
Arduino Tetris
| Rishti Kulkarni | AUTHOR | ACTIVE |
| Priyamvada Kempusagara | COORDINATOR | ACTIVE |
This Report is yet to be approved by a Coordinator.
Arduino Tetris
By: Rishti R Kulkarni, Hrushikesh R, Shreedhar Gurusiddappa Talewad
Arduino Tetris is a mini gaming project that brings the classic game Tetris to life using simple hardware components.
It is built using an Arduino EK R4, a JHD12864E graphic LCD display, and two push buttons to simulate player navigation.
The system provides a fun and interactive way to explore embedded systems and game-logic design.
🧩 Components Used
| Component | Purpose |
|---|---|
| Arduino EK R4 | Game processing and control |
| JHD12864E Display | Displays Tetris grid and blocks |
| 2 Push Buttons | Player input (left & right movement) |
| Resistors | Input signal conditioning |
| Breadboard | Prototyping |
| Jumper Wires | Connections |
| USB Cable | Power & programming |
âš™ Working Principle
The Arduino EK R4 executes Tetris game logic by:
- Controlling falling blocks
- Detecting collisions
- Updating score
The JHD12864E LCD displays the game frame and falling blocks.
Two push buttons let users move the blocks left or right.
Each block’s position is updated based on timing intervals.
When a row is completely filled, it is cleared and the player earns points.
🔑 Key Features
- Compact Gaming Interface: Tetris grid rendered on 128×64 graphic LCD module
- Smooth Block Movement: Two push buttons enable left/right movement
- Simple Scoring System: Points earned for each placed block or cleared line
- Efficient Rendering: Optimized LCD update for smooth gameplay on limited hardware
- Portable Design: Powered via USB or 9V adapter
📌 Applications
- Learning Tool: Demonstrates embedded programming and game logic
- STEM Projects: Ideal for Arduino-based learning modules and exhibitions
- Entertainment: Retro-style gaming built directly on hardware