1. Abstract

With the increasing use of interactive applications, educational and entertainment-based games have become popular tools for learning and engagement. Brand identification games help users improve their knowledge about famous brands and logos.

This project focuses on developing a simple brand identification game using Tkinter for the front-end interface and SQLite3 for the back-end database. The game presents users with questions and clues related to different brands. Users earn points by answering correctly, while using clues reduces their score.

The system stores user details, scores, and high scores in a database. The application provides a user-friendly interface and ensures proper tracking of performance. This project helps in understanding GUI development and database integration using Python.

2. Objectives

The main objectives of this project are:

1. To develop a GUI-based game using Tkinter.
2. To understand database management using SQLite.
3. To implement CRUD operations.
4. To store and manage user scores.
5. To provide clues for better gameplay.
6. To calculate and display high scores.
7. To design a user-friendly interface.
8. To integrate front end and back end.
9. To improve Python programming skills.
10. To enhance problem-solving ability.

3. Existing System

In the existing system, brand identification games are mostly manual or web-based with limited offline support.

The limitations of the existing system are:

1. No offline access.
2. Limited customization.
3. Manual score tracking.
4. No permanent data storage.
5. Less interactive interface.
6. Difficult to maintain records.
7. Limited learning scope.

These limitations reduce user engagement and usability.

4. Proposed System

The proposed system is a desktop-based brand identification game developed using Python.

In this system:

• Tkinter is used for GUI design.

• SQLite is used for database storage.

• Questions and answers are stored digitally.

• User scores are recorded.

• Clue system is implemented.

• High scores are maintained.

• CRUD operations are used.

This system provides an efficient and interactive gaming experience.

5. Implementation Procedure

The project is implemented using the following steps:

Step 1: Requirement Analysis

Understand game features and user needs.

Step 2: Designing Interface

Design windows using Tkinter frames and widgets.

Step 3: Database Creation

Create tables using SQLite for users and scores.

Step 4: Basic GUI Development

Develop buttons, labels, and input fields.

Step 5: Game Logic Implementation

Add questions, answers, and scoring system.

Step 6: Database Integration

Connect SQLite database with Python.

Step 7: CRUD Operations

Implement Create, Read, Update, and Delete functions.

Step 8: Testing and Deployment

Test the application and finalize the project.

6. Software Requirements

The software tools required are:

• Python 3.8 or above

• Tkinter Library

• SQLite3

• Pillow Library

• SQLite Studio

• VS Code / PyCharm

• Windows Operating System

7. Hardware Requirements

The hardware requirements include:

• Processor: Intel i3 or above

• RAM: 4 GB or higher

• Storage: 128 GB or above

• System: Laptop/Desktop

• Keyboard and Mouse

Optional:

• Higher RAM for better performance

8. Advantages of the Project

1. Easy to use interface.
2. Provides interactive learning.
3. Stores data permanently.
4. Improves brand knowledge.
5. Reduces manual work.
6. Works offline.
7. Supports multiple users.
8. Enhances Python skills.
9. Simple and lightweight.
10. Can be extended in future.