Online Pizza Ordering System Spring Boot Project

This Project Online Pizza Ordering System has been developed in Java Spring Boot and Mysql.
The introduction section of your project report for the online pizza ordering system should provide readers with a clear understanding of the background, objectives, and scope of the project. In today's fast-paced world, online food ordering systems have become increasingly popular, providing convenience and efficiency for both customers and businesses. With the widespread adoption of internet-enabled devices, customers now expect the ability to order their favorite meals with just a few clicks or taps. In line with this trend, our project aims to develop an Online Pizza Ordering System using Spring Boot, a modern framework for building Java-based applications.
A. Admin Module
Product add ,delete, edit , update.
User edit, delete.
Order details.
B. User Module
Log In/Sign Up
View the details .
cart.
Purchase.
order
Technology Used in the project
We have developed this project using the below technology
Backend : Spring Boot, Spring MVC, JAVA
Frontend : JSP, HTML, CSS, JAVASCRIPT
Styling : Bootstrap
Database : Mysql
Server : Embeded Tomcat server
Admin Credential
username: admin
password: fun123

Detailed Project Description

Online Pizza Ordering System Spring Boot Project provides a complete buy-and-sell workflow: browsing products, managing a cart, placing orders and, on the admin side, managing catalogue, stock and orders.

How It Works
1. Users register/login and browse products by category or search.
2. Selected items go to a cart; checkout collects address and payment details and creates an order.
3. Admins manage products, stock, prices, orders and reports from a separate panel.
4. Order status updates are shown to the customer.

Technology Roles
- BLE
- Java
- JavaScript
- MySQL
- Spring Boot
- Bootstrap
- HTML
- CSS

Implementation Steps
1. Define requirements and draw the ER / class diagram and screen flow.
2. Set up the environment (Arduino IDE) and create the project skeleton.
3. Design the database schema / data model and seed it with sample data.
4. Implement the core modules with validation and role-based access where needed.
5. Build the user interface and connect it to the backend / data layer.
6. Test each module (unit + manual), fix edge cases and secure inputs (SQL injection, XSS, auth).
7. Prepare documentation, screenshots and a demo build.

Key Features
- Product catalogue and search
- Cart and checkout
- Order tracking
- Admin panel
- Reports

Expected Output
On completion the student will have a working storefront with an admin back-office and order history.

Deliverables
- Complete source code with comments
- Database schema / data model and screen flow
- Project report with screenshots and results
- Demonstration-ready build