The project's primary objective is to optimize doctor availability and appointment allocation in hospitals through digital technology and AI integration. Specific goals include minimizing the number of appointments for each doctor, allocating minimum time slots for individual appointments, and enhancing patient-doctor communication. The project aims to provide a device-friendly interface for patients to search for doctors, offer comprehensive information for informed decision-making, and implement features such as real-time appointment data and email notifications, ultimately improving the efficiency and effectiveness of healthcare services.
This project focuses on enhancing the efficiency of doctor availability and appointment allocation in hospitals by leveraging digital technology and integrating artificial intelligence (AI) solutions. The system comprises three main modules: Hospital, Doctor, and Patient. The primary objectives are to minimize the number of appointments for each doctor and allocate minimum time slots for individual appointments. The platform incorporates a device-friendly interface allowing patients to search for doctors based on their medical needs. The system provides comprehensive details about hospitals and doctors, facilitating informed decision-making for patients. Upon doctor approval, the system displays relevant information for both doctors and patients. A crucial feature involves sending email notifications to patients upon successful appointment booking, including details such as appointment time and doctor information. The system also presents real-time data on available appointments for each doctor, enabling patients to schedule appointments promptly. By implementing this integrated digital solution, the project aims to streamline the appointment process, enhance patient-doctor communication, and ensure optimal utilization of doctors' time, ultimately improving overall healthcare service delivery.
KEYWORDS: Digital Healthcare, AI-powered appointment system, Patient Doctor Communication.
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H/W CONFIGURATION:
Processor - I3/Intel Processor
Hard Disk - 160GB
Key Board - Standard Windows Keyboard
Mouse - Two or Three Button Mouse
Monitor - SVGA
RAM - 8GB
S/W CONFIGURATION:
β’ Operating System : Windows 7/8/10
β’ Programming Language : Spring boot and React
β’ IDE/Workbench : IntelliJ and Visual Studio Code
β’ Database : MySQL Workbench