Product Description

PROJECTRONICS #healthmonitoring #arduinoprojects #iotproject
For enquiry and abstract mail us at – info@projectronics.in
Buy here –
what you have to arrange –
1. 24/18 inch any hardsheet
2. Glue gun and stick
3. 3.7v (18650) Battery – 2

Abstarct – The modern healthcare landscape is shifting toward remote monitoring to reduce hospital congestion and improve patient outcomes through continuous data collection. This project implements a comprehensive Health Monitoring System using the ESP32, an IoT-enabled microcontroller, to track vital signs such as body temperature, blood oxygen levels ($SpO_2$), and heart rate. Beyond basic vitals, the system features a specialized non-invasive saline level monitoring unit to prevent complications like air embolisms when IV fluids run low. By utilizing the Adafruit IO platform, medical professionals can access patient data from any location, while an integrated OLED display provides immediate local feedback. The system is equipped with an intelligent alarm mechanism that triggers a buzzer during critical events, such as high fever, sensor disconnection, or depleted saline. This proactive approach ensures that emergencies are addressed instantly, minimizing human error in clinical settings. Ultimately, the project demonstrates how low-cost sensors and cloud computing can create a reliable, scalable, and lifesaving medical assistant.
IoT and Connectivity: IoT Patient Monitoring System, ESP32 Web Server Health, MQTT Health Monitor, ESP32 Firebase Integration.

Coding and Development: MicroPython ESP32 Health, Arduino IDE Oximeter Code, ESP32 Troubleshooting MAX30102, Programming Pulse Sensors.

Hardware Specifics: I2C Protocol ESP32, Biometric Sensors for Arduino, ESP32 Pinout for Health Sensors, Low Power IoT Design.

Project Categories: DIY Medical Devices, Engineering Final Year Project, Smart City Healthcare IoT, ESP32 Wearable Tutorial.

Educational Keywords: Learn IoT Development, ESP32 for Beginners, Sensor Interfacing Guide, Biomedical Signal Processing.

Data Visualization: ESP32 OLED Display Tutorial, Graphical Heart Rate Monitor, Real-time SpO2 Chart, Blynk 2.0 Health Dashboard.

Problem Solving: Fix MAX30102 Accuracy, ESP32 WiFi Connection Guide, Interfacing Multiple Sensors, IoT Data Logging.

Advanced Tech: Edge Computing in Healthcare, ESP32 AI Health Analysis, Remote Patient Tracking, Cloud Healthcare Solutions.

Component Alternatives: MAX30100 vs MAX30102, Pulse Sensor vs Oximeter, ESP32 vs ESP8266 Health Project.

Global Search Terms: Health Tech 2026, Affordable Healthcare IoT, Open Source Medical Project, ESP32 Community Projects.

ESP32 Health Monitor, IoT Heart Rate Monitor, Pulse Oximeter Project, ESP32 Oximeter Tutorial, MAX30102 ESP32 Guide, Remote Health Monitoring System, Arduino IoT Cloud, ESP32 Blynk Health, Blood Oxygen Level Sensor, Smart Health Band DIY, Wearable Tech Project, SpO2 Monitoring ESP32, ESP32 Sensor Projects, Real-time Health Data, ESP32 WiFi Health Monitor, IoT Medical Device, Pulse Sensor Tutorial, Bio-Medical Engineering Projects, Heart Rate Monitoring System, Home Health Care Technology.

We also deals with
– Inhouse project training in school and colleges
– Online class/help for invidual projects
– 1000s of readymade projects
– Customized circuits on request
– Both electronics and art n craft materila, retail and wholeselling sale

Product Details: