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1. Abstract
In today’s education system, managing students, assignments, and results manually is difficult and time-consuming. Educational institutions require a digital platform to manage learning activities efficiently.
This project focuses on developing a Learning Management System (LMS) using the Django framework. The system supports two types of users: staff and students. Staff members can create assignments, evaluate student responses, and assign marks. Students can submit answers, update profiles, and view results.
The system also provides graphical representation of student performance using charts. All data is stored securely in a database using Django models. This project helps in improving learning management and communication between staff and students.
2. Objectives
The main objectives of this project are:
3. Existing System
In the existing system, most educational activities are handled manually or using simple tools.
The drawbacks of the existing system are:
These problems reduce efficiency in managing academic activities.
4. Proposed System
The proposed system provides a web-based Learning Management System using Django.
In this system:
• Students and staff can register and login.
• Separate dashboards are provided.
• Staff can create assignments.
• Students can submit answers.
• Marks are assigned online.
• Results are shown using graphs.
• Profiles can be updated.
• Data is stored in database.
This system improves accuracy, accessibility, and management.
5. Implementation Procedure
The project is implemented in the following steps:
Step 1: Requirement Analysis
Analyze system needs and features.
Step 2: Environment Setup
Create Python virtual environment and install Django.
Step 3: Database Design
Design tables using Django models.
Step 4: Authentication Module
Implement login and registration.
Step 5: Assignment Module
Develop assignment creation and submission.
Step 6: Evaluation Module
Implement grading system.
Step 7: Result Visualization
Generate graphs using Matplotlib.
Step 8: Testing
Test system for errors and performance.
6. Software Requirements
The software required for this project includes:
• Python 3.8 or above
• Django Framework
• SQLite / PostgreSQL
• Matplotlib
• Pillow
• Virtual Environment
• VS Code / PyCharm
• Web Browser
• Operating System: Windows/Linux
7. Hardware Requirements
The hardware requirements are:
• Processor: Intel i3 or higher
• RAM: 4 GB or higher
• Storage: 250 GB or more
• System: Laptop/Desktop
• Internet Connection
Optional:
• Higher RAM for better performance
8. Advantages of the Project
The advantages of this project are:
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