This project combines a Pulse Oximeter sensor with an LCD display and a DHT11 sensor to monitor pulse rate, SpO2, temperature, and humidity. It's designed for educational purposes.
Arduino UNO, MAX30100 Pulse Oximeter Sensor, DHT11 Sensor, I2C LCD Display (16x2), Wires and Breadboard
Circuit Connection: Wire up the components as per the provided circuit diagram. Install Libraries: Ensure all required libraries are installed in the Arduino IDE. Upload Code: Upload the provided Arduino sketch to the board. Monitor Readings: View real-time sensor readings on the serial monitor and LCD display.
Continuously monitors pulse rate, SpO2, temperature, and humidity. Updates readings every 5 seconds. Displays beat detection messages on significant changes.
Check sensor connections and power supply. Verify library installations in the Arduino IDE.
Developed as part of MPCA course at PES UNIVERSITY.
Developed by Sadhana Hegde , Sanjana Rathish , Shalini
Feel free to adjust this for your project's specifics!