Patient Health Monitoring System

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Project Overview :

This project develops an IoT-based system to monitor ECG, temperature, and humidity, coupled with a smart alarm. Real-time data is transmitted wirelessly for remote monitoring. A mobile app and web interface (Ubidots) provide access to health data. Early detection of health anomalies, improved patient care, and data-driven medical insights are key benefits.

Hardware Components:

1) Architecture Used

Arduino-based medication alarm :Tracks medication schedule, provides timely reminders, improves adherence.

ESP32: Sensor hub, wireless data transmission (Wi-Fi/Bluetooth), Ubidots integration, real-time monitoring.

2) Peripheral Devices Used

RTC DS3231: Accurate timekeeping, battery backup, powers smart alarm for medication reminders.

LCD display: Displays date, time, and medication alarms. Uses I2C communication

3)Sensor Used

MLX90614: Contactless infrared thermometer, measures body temperature, provides real-time data for health monitoring.

DHT11: Measures temperature and humidity, assessing environmental conditions for patient health.

AD8232: ECG sensor, measures heart rate and ECG signals, monitors cardiovascular health.

MAX30100: Pulse oximeter and heart rate sensor, measures SpO2 and heart rate, monitors cardiovascular health.

Software Components:

Arduino IDE: Development, sensor data collection, processing, and transmission.

Ubidots : Cloud storage, visualization, analysis, alerts, and data export.