Medication Reminder App - BSc IT Project Guide
1. Introduction
The Medication Reminder App is a mobile application designed to help patients manage their medication schedules effectively. The app sends alerts and reminders to users about when to take their medication, tracks dosage compliance, and provides medication history to improve health outcomes.
2. Project Objectives
- To ensure timely medication intake by users.
- To allow users to set reminders for multiple medications.
- To track medication adherence over time.
- To enable caregivers to monitor medication schedules.
- To store a log of medication history and reminders.
3. System Modules
a. User Registration and Authentication
b. Medication Scheduling Module
c. Reminder Notifications and Alerts
d. Medication History Log
e. Caregiver/Family Access (optional)
f. Admin Panel for User Management
4. Technologies Used
- Frontend: Flutter / React Native / Java (Android)
- Backend: Firebase / Node.js / Django
- Database: SQLite / Firebase Firestore / MySQL
- Notifications: Firebase Cloud Messaging / Local Notifications
- Tools: Android Studio, Postman, GitHub, Figma
5. Development Methodology
Agile methodology was followed in the development of the app. Development was done in sprints, with regular testing and feedback sessions to incorporate user needs and improve features.
6. System Design Overview
The app architecture follows an MVC design pattern, separating the interface, logic, and data layers. Notifications are handled via background services that trigger based on the user-defined medication schedule.
7. Testing
- Unit Testing: For individual components and
functionalities.
- Integration Testing: To ensure modules interact correctly.
- UI/UX Testing: To ensure a smooth user experience.
- Beta Testing: Conducted with users for real-world feedback.
- Performance Testing: Ensuring timely notifications and stable performance.
8. Conclusion
The Medication Reminder App serves as a reliable digital assistant for patients, ensuring they never miss a dose. The project addresses a real-world problem and demonstrates the use of mobile technology in improving healthcare outcomes.