Patient Calling System for Multi-Specialty Hospital

Project Overview:
The Patient Calling System is an innovative IoT-based solution designed to enhance patient management and streamline the communication process within multi-specialty hospitals. This system aims to reduce waiting times and improve the overall patient experience by providing real-time notifications to both patients and healthcare providers.

Key Features:

• Two-Interface System: The project includes separate interfaces for doctors and patients, facilitating efficient communication. Doctors can call patients to their consultation rooms, while patients can see their status in real-time.
• Real-Time Notifications: The system sends immediate alerts to patients when their turn arrives, reducing confusion and improving patient flow.
• User-Friendly Design: The interface is designed to be intuitive and easy to navigate, ensuring that both patients and staff can use it with minimal training.
• Remote Access: Doctors can manage patient calls from any connected device, making it easier to handle multiple patients simultaneously.

Technical Components:

• IoT Technology: The system utilizes IoT principles to enable real-time data exchange and communication between devices.
• MIT App Inventor: The patient interface is developed using the MIT App Inventor, providing a simple and effective way to build mobile applications without extensive coding knowledge.
• Basic C Programming: The backend logic for managing patient calls is implemented in basic C, ensuring robust performance and reliability.

Implementation:
The project incorporates various elements of software engineering and IoT, where the patient calling process is triggered by the doctor’s interface. Upon calling a patient, a notification is sent to the patient’s mobile app, ensuring they are informed of their appointment status.

Conclusion:
The Patient Calling System for Multi-Specialty Hospitals is a significant advancement in healthcare management, enhancing patient satisfaction and operational efficiency. This project demonstrates my ability to integrate IoT technologies with practical applications, making it a valuable addition to my portfolio.