Movie Ticket Booking System - BSc IT Project Guide
1. Introduction
The Movie Ticket Booking System project is designed to automate the process of booking movie tickets through an online platform. It enables users to view available movies, check showtimes, select seats, and make online payments from the convenience of their devices.
2. Project Objectives
- To develop an intuitive platform for online movie ticket
booking.
- To allow users to browse movies, showtimes, and theater locations.
- To implement a secure seat selection and payment system.
- To provide admin functionalities for managing schedules and bookings.
- To generate booking confirmations and receipts digitally.
3. System Modules
a. User Registration and Login
b. Movie Listings and Showtimes
c. Seat Selection and Booking
d. Payment Gateway Integration
e. Booking History and E-Ticket
f. Admin Panel for Movie and Schedule Management
4. Technologies Used
- Frontend: HTML, CSS, JavaScript, Bootstrap
- Backend: PHP / Django / Node.js
- Database: MySQL / MongoDB
- Tools: Git, VS Code, XAMPP, PayPal/Stripe APIs for payment
5. Development Methodology
The project follows the Agile development approach with continuous integration and user feedback at every stage. Features are built and tested iteratively to ensure system stability and usability.
6. System Design Overview
The system features a client-server architecture. It uses a centralized database to store movie and booking data. User sessions and seat availability are managed using backend logic, ensuring real-time updates and data consistency.
7. Testing
- Functional Testing: Ensuring all features work correctly.
- UI Testing: Validating the user interface for responsiveness.
- Performance Testing: Checking server response under load.
- Security Testing: Testing for secure payment and session management.
8. Conclusion
The Movie Ticket Booking System enhances the cinema experience by offering users a seamless platform for movie discovery and ticket purchase. It benefits cinema operators by automating scheduling and reducing manual workload.