Smart-Health-Tracking-System

Project Description

The Smart Health Tracking System is a real-time, wearable IoT-based solution that monitors heart rate, temperature, and SpO2 levels using real-time sensors. Includes fall detection via MPU sensor—ideal for elderly or patient care. Health data is shown on a live dashboard, enabling remote monitoring, early alerts, and smart health management.

It measures:

• ECG (heart activity)
• SpO₂ and Heart Rate
• Body Temperature
• Motion and Fall Detection

Key Features:

• Built using Arduino with embedded C/C++
• Real-time data transmission via Bluetooth
• Displays data on mobile, laptop, or serial plotter
• Triggers alerts on abnormal readings
• Validated through real-patient testing

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Components Used

• Arduino UNO
• AD8232 – ECG sensor
• MAX30100 – Heart Rate & SpO₂
• DS18B20 – Temperature sensor
• MPU6050 – Motion & fall detection
• HC-05 – Wireless communication

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Testing Summary

Sensor	Accuracy	Validation
ECG	~98%	Compared to clinical ECG monitor
SpO₂ & HR	~97%	Matched standard oximeter
Temperature	±0.2°C	Compared to digital thermometer
Motion	~95%	Fall detection tested manually
Wireless	Stable	10–20m range, ~200ms latency

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Future Work

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Conclusion

This system provides a practical, low-cost alternative to hospital-grade monitors. It is portable, multi-functional, and tested successfully on a real patient — bridging the gap between wearable tech and accessible healthcare.

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