Local Ride Sharing App (Carpooling for Cities) - BSc IT Project Guide
1. Introduction
The Local Ride Sharing App is designed to facilitate carpooling among city residents. This app connects drivers with empty car seats to passengers traveling in the same direction. It promotes sustainable travel, reduces traffic congestion, and lowers transportation costs.
2. Project Objectives
- To create a platform where users can register as drivers
or passengers.
- To enable ride posting and ride search functionality.
- To implement a matching algorithm based on routes and timings.
- To ensure safety with user verification and in-app messaging.
- To track rides and gather feedback after completion.
3. System Modules
a. User Registration and Profile Management
b. Ride Posting (for Drivers)
c. Ride Search and Booking (for Passengers)
d. Matching Engine and Notifications
e. In-app Chat and Ride Confirmation
f. Admin Panel for User and Ride Management
4. Technologies Used
- Frontend: React Native / Flutter
- Backend: Node.js / Django REST Framework
- Database: MongoDB / MySQL
- APIs: Google Maps API, Twilio (for chat/alerts)
- Tools: Figma (UI Design), GitHub (Version Control), Firebase (Push
Notifications)
5. Development Methodology
The project uses Agile methodology with iterative development, focusing on core ride-sharing features first, followed by enhancements based on user testing and feedback.
6. System Design Overview
The system includes mobile applications for users, a backend API for handling data transactions, and a geolocation module to map routes and calculate ride overlaps.
7. Testing
- Unit Testing: For route matching and booking logic
- Integration Testing: Ensured smooth operation of ride posting and booking
features
- Security Testing: Verified authentication and data encryption
- User Testing: Conducted with a pilot group to gather feedback
8. Conclusion
The Local Ride Sharing App promotes urban sustainability by enabling efficient ride-sharing. It provides an affordable, eco-friendly, and safe travel option for city residents, laying the foundation for smarter urban mobility solutions.