Courier Tracking System - BSc IT Project Guide
1. Introduction
The Courier Tracking System is a web-based platform designed to streamline and enhance the process of tracking courier and parcel deliveries. It allows users to track packages in real-time, manage shipment details, and ensure transparency in logistics operations. This system benefits both courier service providers and customers by providing accurate and timely tracking information.
2. Project Objectives
- To develop an online system for tracking courier shipments
in real-time.
- To provide unique tracking IDs for each shipment.
- To allow customers to view shipment status and delivery history.
- To enable administrators to manage shipments, routes, and logistics data.
- To improve customer satisfaction through enhanced delivery transparency.
3. System Modules
The system will consist of the following modules:
a. User Registration and Authentication
b. Courier Booking and Shipment Management
c. Real-time Tracking Interface
d. Admin Panel for Logistics Management
e. Notification System (SMS/Email)
f. Delivery History and Reports
g. Route and Delivery Status Updates
4. Technologies Used
- Frontend: HTML, CSS, JavaScript (React / Angular / Vue.js)
- Backend: Node.js / Django / PHP (Laravel)
- Database: MySQL / PostgreSQL / MongoDB
- Maps & Location: Google Maps API / OpenStreetMap
- Tools: Git, Postman, VS Code
- Hosting: AWS / Heroku / Firebase
5. Development Methodology
The project will follow Agile methodology for efficient project management, allowing flexibility and continuous feedback. Each sprint will focus on delivering specific features followed by testing and evaluation.
6. System Design Overview
The system is based on a client-server architecture with REST APIs for communication between the frontend and backend. The backend handles courier data, status updates, and route management. The frontend provides an intuitive interface for users to check shipment status and manage courier bookings.
7. Testing
Comprehensive testing will be conducted including unit testing, integration testing, and system testing. User Acceptance Testing (UAT) will be used to ensure that the system meets all functional and user experience requirements.
8. Conclusion
The Courier Tracking System project showcases essential skills in full-stack development, logistics management, and real-time data tracking. It provides a scalable and efficient solution for improving courier service transparency and customer satisfaction.