This repository contains the DIUOEIS (Daffodil International University Online Event and Information System) project. The platform is designed to enhance student engagement at Daffodil International University by offering a centralized platform to manage clubs, events, news, notices, and more.
- 4. Logical Data Model
- 5. Design Requirements
- 6. Implementation and Testing
- 7. Conclusion and Future Scope
The Logical Data Model (LDM), or Entity Relationship Diagram (ERD), represents data items, their properties, and relationships. For the DIUOEIS project, the LDM serves as the foundation for the MySQL database, illustrating entities like:
- Users
- Clubs
- Events
- News
- Notices
This model captures relationships such as one-to-one, one-to-many, and many-to-many, enabling functionalities like:
- Club executives managing multiple clubs.
- Users participating in various events.
| Component | Minimum Requirement |
|---|---|
| Processor | Intel Core i3 |
| RAM | 4GB or more |
| Hard Disk | 250GB or more |
| Component | Required |
|---|---|
| Operating System | Windows or Linux |
| Database | MySQL |
| IDE | Visual Studio Code |
| Server | Gunicorn |
| Browser | Chrome or any modern browser |
| Required Name | Description |
|---|---|
| Language | Python, HTML, CSS, JavaScript, Bootstrap 4 |
| Library | Ajax |
| Framework | Django |
| Database | MySQL |
The DIUOEIS project uses XAMPP as the database management system with MySQL to manage user data efficiently. MySQL was chosen due to its speed, reliability, and user-friendly nature.
The front-end is user-friendly, built with HTML, CSS, JavaScript, and Bootstrap 4 to ensure a responsive and modern interface. Key pages include:
- Home Page: Provides easy navigation to clubs, events, news, and notices.
- Login Page: Secure login access for users, admins, and club executives.
- Registration Page: Allows users to register as club executives.
The back-end is built using Django, ensuring secure user authentication and efficient data management. Key features include:
- Strong authentication mechanisms (e.g., JWT, Session-based).
- A scalable architecture that allows easy future enhancements.
A comprehensive testing process was conducted, including:
- Functional Testing: To ensure that all features work as intended.
- Usability Testing: To ensure the interface is user-friendly.
- Security Testing: To ensure the platform is secure and data is protected.
Both manual and automated testing were performed to verify the application’s performance and usability.
The DIUOEIS project provides a centralized platform for managing student events and clubs at Daffodil International University. By focusing on user experience and secure, efficient data management, the platform aims to enhance student engagement and streamline administrative tasks.
- Integration of a Campus TV System.
- Implementation of a messaging system to improve communication.
- Addition of a secure payment gateway for events and club activities.
By focusing on continuous improvement, DIUOEIS strives to remain a valuable tool for the university community.
This documentation summarizes the DIUOEIS project, covering its core features, design requirements, and implementation details. Feel free to adapt the document as needed.