Personal Vehicle Maintenance and Service Management System

Abstract

The Personal Vehicle Maintenance and Service Management System is a full-stack web application developed to simplify and digitalize the vehicle servicing process. The system allows vehicle owners to register, add their vehicles, and book maintenance or repair services online without the need to search for nearby mechanics manually. It supports various types of vehicles, including two-wheelers, cars, electric vehicles and other heavy vehicles. After a service request is submitted, the assigned mechanic can accept the request, arrange vehicle pickup, update the service progress, record repair details, generate an electronic bill (E-Bill) with a QR code for bill verification, and mark the service as completed. Emergency Roadside Assistance saves emergency details offline and automatically sends them when the internet is restored. Customers can track the real-time status of their vehicles, make secure online payments, download invoices, and provide ratings and reviews based on their service experience. The system also maintains vehicle service history, maintenance schedules, and reminder notifications for future servicing. The application includes three user roles: Customer, Mechanic, and Administrator. The Administrator manages users, mechanics, service requests, vehicle categories, and system reports, ensuring efficient operation of the platform. The system is developed using HTML5, CSS3, JavaScript, Bootstrap 5, Python (Flask), and MySQL. The proposed solution reduces the time and effort required to find reliable vehicle service providers, improves communication between customers and mechanics, promotes paperless billing through electronic invoices, and enhances service transparency by providing real-time status updates. The project offers a practical, user-friendly, and scalable solution for modern vehicle maintenance management, including support for electric vehicles.

Introduction

The Personal Vehicle Maintenance and Service Management System is a web-based application developed to simplify and digitize vehicle servicing and maintenance. Traditional vehicle maintenance methods often involve manual booking, difficulty finding reliable mechanics, limited repair-status updates, paper-based billing, and inefficient maintenance record management.

The proposed system provides a centralized platform connecting customers, mechanics, and administrators. It supports two-wheelers, cars, electric vehicles, and heavy vehicles, enabling customers to book services, track repairs, make online payments, and download electronic invoices.

Literature Review and Research Gap

Previous studies have explored web-based vehicle service management, predictive maintenance, automotive fault diagnosis, and digital maintenance planning. However, existing systems often lack comprehensive integration of online booking, AI-based assistance, digital billing, service tracking, and emergency roadside support.

The proposed system addresses this gap by combining these functionalities into a single platform, providing a more comprehensive and convenient vehicle maintenance solution.

Existing and Proposed Systems

The existing system primarily relies on telephone calls, direct visits to service centers, manual records, and paper-based billing. Customers frequently need to contact mechanics for repair updates, making the process time-consuming and less transparent.

The proposed system introduces:

• Online vehicle registration and service booking.

• Digital repair-status tracking.

• Mechanic assignment and service management.

• Electronic billing with QR code verification.

• Online payment and invoice downloading.

• Emergency roadside assistance.

• Maintenance reminders and service history.

• Customer ratings and feedback.

• AI-powered chatbot for basic vehicle troubleshooting and repair-cost estimation.

• Location-based mechanic searching and service comparison.

System Architecture and Technologies

The application is developed using HTML5, CSS3, JavaScript, Bootstrap 5, Python Flask, and MySQL.

The frontend provides responsive interfaces for customers, mechanics, and administrators. Python Flask handles authentication, application logic, service requests, and database operations, while MySQL stores user details, vehicle information, bookings, repair records, invoices, payment details, and feedback.

Major Implementation Modules

1. User Registration: Allows users to create accounts through validated registration forms with securely hashed passwords.

2. Vehicle Registration: Enables customers to register and manage vehicle details, including registration number, manufacturer, model, vehicle type, and fuel or power type.

3. Online Service Booking: Allows customers to select registered vehicles, choose service categories, describe problems, and schedule appointments.

4. Mechanic Service Management: Enables mechanics to accept assigned requests, inspect vehicles, update repair progress, record spare parts, and calculate labour charges.

5. E-Billing and QR Code Verification: Generates electronic invoices containing service details, repair charges, and unique invoice identifiers. QR codes facilitate invoice verification and improve billing transparency.

6. Emergency Roadside Assistance: Allows users to submit breakdown requests with contact details and location information. Offline requests can be stored temporarily and synchronized when internet connectivity is restored, if implemented.

7. AI-Powered Assistance: Provides basic vehicle problem explanations, maintenance suggestions, estimated repair costs, and assistance in selecting suitable mechanics.

8. Administration and Reporting: Enables administrators to manage users, mechanics, service bookings, vehicle categories, financial reports, and system activities.

System Requirements

The application requires a computer with an Intel Core i3 processor, at least 4 GB RAM, and 250 GB storage. Windows 10/11 or Linux can be used as the operating system. Development tools include Visual Studio Code, Python Flask, MySQL, and a modern web browser. Internet connectivity is required for online services and synchronization.

Results and Discussion

The implemented system provides separate dashboards for customers, mechanics, and administrators.

• Customer Dashboard: Displays registered vehicles, bookings, completed and cancelled services, maintenance reminders, service history, and invoices.

• Mechanic Dashboard: Displays assigned service requests, available jobs, pickup schedules, and repair progress.

• Customer Reviews and Feedback: Enables customers to rate services and provide feedback while allowing mechanics to review responses.

• Financial Reporting Dashboard: Provides administrators with end-of-day financial reports, payment summaries, transaction details, and payment-method information, including UPI, cards, and cash.

The system improves service accessibility, communication, record management, and billing transparency by reducing dependence on manual processes.

Conclusion

The Personal Vehicle Maintenance and Service Management System provides a web-based solution for organizing vehicle maintenance and repair activities. It simplifies the interaction between customers, mechanics, and administrators by integrating essential service-related functions into a single application. The system supports customer registration, vehicle management, online service booking, mechanic service management, service status tracking, maintenance records, electronic billing, QR code-based invoice verification, and emergency roadside assistance. It is developed using HTML5, CSS3, JavaScript, Bootstrap 5, Python Flask, and MySQL to provide a responsive and database-driven application. Centralized data storage helps manage customer, vehicle, booking, repair, and billing information efficiently. Overall, the project reduces dependence on manual records, improves communication, and makes vehicle servicing more convenient and transparent. The effectiveness of the system depends on the successful implementation and testing of its features.

References

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Copyright

Copyright © 2026 Mr. S. Vinoth Kumar, Srisha R, Sudharsan M, Yeshwanth Kumar V. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.