Objective :
Develop a secure and user-friendly Electronic Health Record (EHR) web application tailored for healthcare professionals, including doctors, patients, lab staff, and pharmacy staff. The application aims to provide separate portals for each role, ensuring data privacy and personalized functionalities. The primary goal is to deliver a comprehensive EHR solution that enhances healthcare operations and elevates patient care.
Technologies :
- Frontend Technologies: HTML, CSS & JS
- Backend Technologies: Java, Rest API
- Database Technologies: MySQL
Distinct portals for doctors, patients, lab staff, and pharmacy staff to ensure personalized experiences and data access based on their roles.
Strict authentication and authorization protocols to manage user accounts . Robust backend data management using Java and MySQL to safeguard sensitive healthcare data.
Utilizing HTML, CSS, JavaScript, and jQuery to create an intuitive frontend interface that enhances user experience and accessibility.
Java and MySQL employed for robust backend data management, ensuring reliable storage and retrieval of medical records, test results, prescriptions, and other healthcare data.
Implementation of REST APIs to facilitate seamless data extraction and display, providing real-time access to critical medical information for healthcare professionals.
Key Features :
Appointment Scheduling
Patients can schedule appointments with healthcare professionals through the application.
Prescription Management
Doctors can generate and manage prescriptions digitally, ensuring accuracy and ease of access for pharmacy staff.
Lab Test Booking
Patients and healthcare professionals can book and manage lab tests, streamlining the diagnostic process.
Medication Tracking
Patients can track and manage their medications, promoting adherence to treatment plans.
Secure Communication Channels
Encrypted communication channels to facilitate secure and confidential communication between healthcare professionals and patients
Benefits :
Improved Healthcare Operations:
Streamlined processes and real-time access to critical data enhance overall healthcare operations.
Enhanced Patient Care:
Personalized functionalities and efficient data management contribute to improved patient care and outcomes.
Data Security Compliance:
Adherence to strict authentication and authorization protocols ensures compliance with data security standards.
Future Enhancements:
Continuous improvement through updates and additional features to adapt to evolving healthcare needs.
Conclusion :
The development of this EHR web application is geared towards establishing a secure, user-friendly, and comprehensive solution that aligns with the unique requirements of healthcare professionals, ultimately contributing to the advancement of healthcare operations and patient care.
