MeetDoc: The Telemedicine Solution for Redefining Healthcare Access

Abstract

Efficient appointment scheduling is essential for improving healthcare service delivery and reducing administrative workload in medical practices. This paper presents a Smart Appointment Booking System, a web-based application designed to streamline doctor–patient appointment management. The system enables users to view available time slots and book appointments according to their preferences, while automatically restricting booked slots to prevent conflicts and double bookings. It also supports appointment cancellation toenhanceuserflexibilityandexperience. Inadditiontoscheduling,thesystem incorporatesafinancial managementmodule that allows doctors to record daily earnings and automatically generate monthly income reports. The application is implemented using ASP.NET for the user interface and an SQL database for secure and reliable data storage. The proposed system improves operational efficiency, minimizes manual errors associated with traditional scheduling methods, and ensures accurate appointment tracking and financial reporting.Overall, the Smart Appointment Booking System provides a scalable and user-friendly solution for modern healthcare appointment and revenue management.

Introduction

Traditional healthcare systems require patients to visit hospitals in person, leading to long waiting times, uncertainty in appointments, and inconvenience, especially when cancellations occur without prior notice. With advancements in web and mobile technologies, online appointment systems have emerged to improve accessibility, reduce waiting time, and enhance efficiency.

The proposed Smart Online Hospital Management and Appointment Booking System enables patients to register, search for doctors, book appointments, and receive confirmations and reminders. It also prevents double booking through real-time slot reservation and allows doctors to manage schedules efficiently. Additional features include patient record storage, notifications, and communication options.

A review of existing systems shows improvements in online scheduling but highlights limitations such as lack of real-time updates, poor security, limited mobile access, absence of notifications, and weak integration of hospital management features.

The literature survey emphasizes that traditional systems focused more on doctor utilization rather than patient convenience. Modern approaches using web-based and automated systems reduce waiting time and administrative workload, but many still lack real-time synchronization and dynamic scheduling.

To address these gaps, the proposed system integrates real-time scheduling, automated notifications, centralized data storage, and user-friendly interfaces. It includes two main modules:

• Patient Module: registration, doctor search, booking, cancellation, and notifications
• Doctor Module: schedule management, appointment handling, and patient tracking

The system architecture ensures smooth interaction between users, scheduling logic, and database management. Its real-time slot-locking mechanism prevents conflicts, improves doctor time utilization, and reduces patient waiting time.

Conclusion

This work presents an online doctor appointment booking system that streamlines the process of scheduling medical consultations through a centralized digital platform. The system enables patients to search specialists, view doctor availability, and book appointments efficiently while preventing scheduling conflicts. The implementation demonstrates that a lightweight web-based architecture can effectively support clinic-level appointment management with improved usability and reduced waiting time. Future enhancementsmay includemobileapplicationdeployment,automatedreminders,telemedicine integration, andsecure cloud-based health record management to increase accessibility, scalability, and healthcare service quality.

References

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Copyright

Copyright © 2026 Sarthak Dighe, Ramesh Bodke, Sankalp Deshmukh, Harshal Chaudhari. 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.