The document outlines the development of an 'online bus pass registration' system using PHP, aimed at simplifying bus pass applications for students and passengers. Key features include QR code verification, online registration and renewal processes, administrator approval, and a user-friendly interface. The document also discusses the system design, development phases, and methodologies such as UML diagrams and testing procedures.

1. BUS PASS
MANGEMENT
SYSTEM
PRESENTED BY:
BANAVATHU NAGARAJU
REG NO: 2284451004
PROJECT GUIDANCE:
MD.R.NADEEM SIR MCA,MBA,APCET(CS)
ASSISTANT PROFESSOR

2. ABSTRACT
 The project Entitled “Online Bus Pass Registration” is developed using PHP.
 The application provides the solution for student bus pass, route pass and bus ticket, route information
and scan QR code verification for bus pass.
 Bus pass registration is useful for students and all passengers to get the bus pass ID, who are facing
problems with the current manual work of bus pass registration and renewal.
 His/her renewal or registration can be done through application. In the manual system the user has to go
on particular date and time if they fail then the renewal cannot be done.
 This online bus pass registration application will help candidates to save their time and renewal bus pass
without standing in a line for hours near counters.
 Initially uses need to register with the application by submitting their details through online.
 The administrator will verify the candidate details and if they are satisfied, they will approve bus pass. The
candidate can login with their username and password

3.  Requirement Gathering: Gather requirements from stakeholders such as students, administrators, and bus operators.
 Design: Create UML diagrams, flowcharts, to visualize the system's architecture, user interfaces, and workflows.
 Development:
 Frontend Development: Design and develop user interfaces using HTML, CSS, and JavaScript frameworks.
 Backend Development: Implement server-side logic using programming languages like SQL, PHP, or JS, and choose a suitable
database system for data storage.
 Integration: Integrate third-party services for functionalities such as payment processing.
 Testing: Conduct comprehensive testing including unit tests, integration tests, and system tests to ensure the system works as
expected and is free of bugs.
 Deployment: Deploy the system on a web server or cloud platform, configure necessary infrastructure components, and ensure
scalability and reliability.
 Maintenance and Support: Provide ongoing maintenance and support, address user feedback, and continuously update and
improve the system based on evolving requirements and technologies.
Methodology:

4. UML DIAGRAMS:

5. USECASE DIAGRAMS
USER AND ADMIN :

6. CONDUCTOR :
Profile
Conductor
conductor Login
Scan QR
Verify bus pass ID
Verify Bus ticket
Update bus location

7. SEQUENCE DIAGRAM:
User Database
Admin Conductor
1 : Register and Login()
2 : Apply bus pass()
3 : Approve()
4 : Create bus route details()
5 : Create coundutor login()
6 : Login()
7 : Renewal()
8 : View bus & time details()
9 : Verify Bus Pass()
10 : Manage All Details()
11 : update geo location()

8. COLLABORATE DIAGRAM :

9. CLASS DIAGRAM :

10. Data Flow Diagram:

11. System Architecture Diagram

12. IMPLEMENTATION

13. EXPECTED OUPUT RESULTS

14. EXPECTED OUPUT RESULTS

15. EXPECTED OUPUT RESULTS

16. EXPECTED OUPUT RESULTS

17. Previous Work and Present Work Difference:

18. THANK YOU
BANAVATHU NAGARAJU
REG NO: 2284451004