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User Authentication
- Implement basic sign-up and login functionality for patients and medical staff.
- Use role-based access control to differentiate between patients, doctors, and admin users.
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Appointment Scheduling
- Create a user interface for patients to book appointments.
- Display available time slots based on doctor availability.
- Allow patients to view, reschedule, and cancel their appointments.
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Doctor Availability Management
- Develop a tool for doctors to set and update their availability.
- Integrate with a basic calendar interface.
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Automated Matching
- Implement a basic algorithm to match patients with available doctors based on specialization and time slots.
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Basic Notification System
- Set up email notifications for appointment confirmations, reminders, and changes.
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Improved User Authentication
- Multi-factor authentication for increased security.
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Advanced Appointment Scheduling
- Add real-time updates of available time slots.
- Implement a more sophisticated scheduling algorithm considering factors like doctor specialization and patient needs.
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Enhanced Doctor Availability Management
- Integrate with external calendars (Google Calendar, Outlook).
- Allow doctors to set preferred working hours and days off.
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Expanded Notification System
- Add in-app alerts in addition to email notifications.
- Implement push notifications for mobile users.
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Basic Analytics
- Develop simple usage tracking and appointment statistics.
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Advanced Analytics
- Comprehensive analytics including usage tracking, appointment numbers, doctor utilization rates, and patient demographics.
- Develop predictive analytics for resource allocation.
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Patient Feedback System
- Create a module for patients to provide feedback and satisfaction ratings after appointments.
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Operational Efficiency Reports
- Generate reports on metrics like average appointment duration, no-show rates, and wait times.
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Revenue Impact Analysis
- Develop tools to analyze the financial impact of the scheduling system.
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System Optimization
- Improve system performance and user experience based on collected data and user feedback.
- Use Object-Oriented Programming principles as mentioned in the document title.
- Follow the class structure outlined in the Class Diagram provided.
- Implement the system interactions as shown in the Sequence Diagram.
- Use the Use Case Diagram to ensure all user interactions are properly implemented.
- Backend: Java with Spring Boot
- Frontend: Vue Js & Tailwind CSS
- Database: PostgreSQL
- Authentication: JWT
- Cloud Hosting: AWS or Google Cloud Platform