The E-Health Care Management System is a Java-based web application developed to manage healthcare and hospital-related activities through a single platform. It is an extended version of the Hospital Management System project and is designed to manage information related to doctors, patients, staff, hospital infrastructure, appointments, medical records, pharmacy, billing, and other healthcare activities.
The application runs on a local Tomcat server and follows the MVC (Model-View-Controller) architecture. Maven is used to manage project dependencies and resources. The frontend is developed using JSP, HTML, CSS, and Bootstrap, while Java Servlets are used for server-side request and response handling. MySQL is used to store application records and is connected to the Java application using JDBC.
The system has four major user roles: Admin, Doctor, Staff, and Patient. Each user has different responsibilities and access to specific features of the application.
Health Care Management Project Abstract
Healthcare organizations need to manage a large amount of information related to patients, doctors, staff, appointments, medical records, pharmacy, billing, and hospital infrastructure. Managing this information manually can be difficult and time-consuming.
The E-Health Care Management System Project in Java provides a web-based platform for managing these activities in an organized manner. The system allows the Admin to manage doctors, staff, infrastructure, pharmacy information, and other healthcare-related data. Patients can book appointments, view their medical records, check medicine availability, pay bills, and access insurance information. Doctors can manage their availability and view patient and medical information, while Staff can manage their own details and view admitted patient information.
This project can be useful for CS and IT students looking for a Java web application project with source code and project report. It can be used as a Minor or Major project to understand Java, JSP, Servlet, MySQL, JDBC, Maven, and MVC architecture.
Objectives of E-Health Care Management System
The major objectives of this E-Health Care Management System are:
- To provide a centralized platform for managing healthcare and hospital-related information.
- To help Admin, Doctors, Staff, and Patients access the features relevant to their roles.
- To manage doctor, patient, staff, infrastructure, appointment, medical, pharmacy, and billing-related information.
- To reduce manual work involved in managing healthcare records and activities.
- To provide patients with convenient access to appointments, medical records, prescriptions, bills, pharmacy information, and insurance details.
- To provide an organized system for storing and accessing healthcare information.
E-Health Care Management System Project in Java
The E-Health Care Management System is developed with four main user roles:
- Admin
- Patient
- Staff
- Doctor
Each role has its own set of functionalities within the application.
Functional Requirements
1. Admin Module
The Admin is responsible for managing the overall healthcare management system.
Admin functionalities include:
- Add doctor details.
- View doctor details.
- Update doctor details.
- Delete doctor details.
- Add staff details.
- View staff details.
- Update staff details.
- Delete staff details.
- Add infrastructure details.
- View infrastructure details.
- Update infrastructure details.
- Delete infrastructure details.
- Customize website information.
- Check pharmacy stock details.
- Check the availability of specific medicines.
- Manage radiologist information.
- Send notifications through SMS or email when test results are ready.
The Admin can therefore manage important healthcare and hospital information from a single platform.
2. Patient Module
The Patient module provides patients with access to healthcare-related services and information.
Patient functionalities include:
- Check current doctor availability.
- Check weekly availability details.
- Book an appointment.
- View personal medical records online.
- View prescriptions and other available medical information.
- Pay bills online.
- View pharmacy stock information.
- Check the availability of specific medicines.
- View insurance details.
- Submit insurance claims.
The Patient module provides users with convenient access to important healthcare information through the web application.
3. Staff Module
The Staff module allows staff members to manage their information and view admitted patient details.
Staff functionalities include:
- Update staff timing details.
- Update contact information.
- Update shift details.
- View admitted patient information.
- View general patient information.
- View patient disease information.
- View ward details.
- View bed number information.
This module helps staff access the information required for their assigned activities.
4. Doctor Module
The Doctor module provides doctors with features for managing their availability and accessing patient information.
Doctor functionalities include:
- Check the number of patients who have appointments on a particular date.
- View appointment schedules.
- Update doctor availability.
- View previous patient data.
- View patient laboratory reports.
- View available medical information of patients.
These features help doctors access relevant patient and appointment information through the system.
Common User Features
The following features are common to the users of the application:
- User registration
- User login
- User logout
- User profile
The login system allows Admin, Doctor, Staff, and Patient users to access the application according to their roles.
Non-Functional Requirements
The E-Health Care Management System also includes the following non-functional requirements:
Response Time
The application is designed with a target response time of approximately 100–200 milliseconds under the stated project conditions.
Reliability
The system is designed to reduce manual work and make healthcare-related information easier to manage and access.
Usability
The application is designed with a simple interface so that users from different backgrounds can use the available features according to their roles.
Security
Login and logout functionality is provided for Admin, Doctor, Staff, and Patient users to control access to the application.
Availability
The system is designed to provide access to healthcare information and management features throughout the day, subject to the availability of the application server and infrastructure.
Key Features of E-Health Care Management System
Some of the major features of this Java web project include:
- Admin management.
- Doctor management.
- Staff management.
- Patient management.
- Doctor availability management.
- Appointment booking.
- Appointment schedule management.
- Patient medical records.
- Prescription information.
- Hospital infrastructure management.
- Pharmacy stock information.
- Medicine availability checking.
- Online bill payment.
- Insurance information and claims.
- Laboratory report information.
- Radiologist information.
- Admitted patient information.
- Ward and bed information.
- User login and registration.
- Role-based access for Admin, Doctor, Staff, and Patient.
- MVC-based application structure.
- MySQL database integration using JDBC.
How the E-Health Care Management System Works
The basic workflow of the system can be understood as follows:
- Users register and log into the application according to their roles.
- The Admin manages doctors, staff, infrastructure, pharmacy, and other available system information.
- Doctors update their availability and access appointment and patient information.
- Patients check doctor availability and book appointments.
- Patients can access their available medical records and prescriptions.
- Patients can check medicine availability and pharmacy stock information.
- Patients can pay bills online and access insurance-related information.
- Staff can update their shift and contact information and view admitted patient details.
- Doctors can view appointment schedules, previous patient information, and laboratory reports.
- The system stores the relevant information in the MySQL database.
MVC Architecture
The E-Health Care Management System follows the MVC (Model-View-Controller) architecture.
Model
The Model manages the application’s business logic and database operations. JDBC is used to connect the Java application with MySQL and perform database operations.
View
The View represents the frontend of the application. JSP, HTML, CSS, and Bootstrap are used to create the user interface and display healthcare-related information.
Controller
The Controller manages requests and responses between the View and Model. Java Servlets are used to receive user requests, process them, and return the appropriate response.
Using MVC architecture helps separate the application’s presentation, business logic, and request-handling components, making the project easier to understand and maintain.
Tools and Technologies Used
Technology/Domain: Java
Front-End: JSP, HTML, CSS, JavaScript, Bootstrap
Server-Side: Java Servlet
Database: MySQL
Database Connectivity: JDBC
Build Tool: Maven
Server: Apache Tomcat 8.5
Architecture: MVC
E-Health Care Management System Project Demo
You can watch the project demonstration to understand how the E-Health Care Management System works:
Java Web Project Configuration Tutorial
Students who want to learn how to configure and run a Java web application using JSP, Servlet, MySQL, Maven, and Tomcat can follow the Java Web Project Configuration Tutorial:
https://codebun.com/java-web-project-configuration/
Free Project Source Code and Project Report
The E-Health Care Management System Project in Java can be useful for CS and IT students looking for a Java web project with free source code and project report. It can be used as a Minor or Major project for understanding Java web application development using JSP, Servlet, JDBC, MySQL, Maven, and MVC architecture.
Get Free Source Code on GitHub
The complete project source code is available on GitHub:
https://github.com/jcodebun/E-HealthCare-Management-System.git
Students can use the free source code to understand the project structure, MVC architecture, Servlet request handling, JSP frontend, JDBC connectivity, and MySQL database integration.
