IoT based Emergency Health Care System

🌟 Course Title: IoT based Emergency Health Care System

Headline: Learn about emergency health tracking system using GSM and GPS module with Arduino board using heart pulse sensor.

Course Description:

Hello, future innovators! Welcome to Makerdemy's advanced level course on IoT-based Emergency Health Care Systems. This comprehensive course is tailored for advanced makers who are keen on exploring the intricacies of programming with Arduino and its applications in healthcare. 🏥✨

By the end of this course, you will have mastered the integration of GSM and GPS modules with an Arduino UNO board using a heart pulse sensor to create a real-time emergency tracking system. You'll learn cutting-edge technology that can save lives by monitoring vital signs and providing critical information during emergencies. ⚫️🔬

Prerequisites: A basic understanding of electrical and electronic concepts is necessary, along with the ability to download and install software on your computer. Throughout this course, you'll delve into programming, sensors, and communication technologies.

Course Breakdown:

Project 1: Measure Heart Rate with Arduino

• Learn how to accurately measure heart rate using an Arduino-compatible sensor.
• Understand the circuit setup and coding for heart rate monitoring.

Project 2: LCD Display Interface

• Connect an I2C type 16x2 LCD with your Arduino and display messages on screen.
• Get hands-on experience with the LCD's interface and communication protocols.

Project 3: SIM900A GSM Module for Calling

• Implement a call functionality using the SIM900A GSM module.
• Explore software serial communication to connect with the GSM network.

Project 4: GPS Location Tracking

• Accurately obtain latitude and longitude coordinates from the GPS module.
• Understand how to interface GPS with Arduino for real-time location tracking.

Project 5: Integration & Real-Time Monitoring

• Combine all the components to monitor heart rate in real-time.
• Send emergency alerts and GPS locations via SMS.
• Display the heartbeat on a 16x2 LCD screen.

This project is not just a theoretical exercise; it's a step towards practical applications in wearable technology that can revolutionize health care monitoring. Imagine the potential of such a system to provide immediate assistance during a heart attack or other medical emergencies! 🚀❤️

What You'll Learn:

• Arduino Programming: Understand the fundamentals and advance features of Arduino for IoT applications.
• Sensors Integration: Work with sensors like pulse sensors and GPS modules to gather real-time data.
• GSM Communication: Send and receive text messages to alert emergency contacts or healthcare providers.
• Location Tracking: Pinpoint the user's location using a GPS module in case of an emergency.
• LCD Interface: Display health data on an LCD interface for immediate visibility.

Course Highlights:

• Real-World Application: Build a functional IoT-based Emergency Health Care System.
• Hands-On Learning: Get practical experience with each component, from sensors to communication modules.
• Complete Source Code: Receive the full source code for this real-time project to replicate and expand upon.

Enrollment Details:

If you're a technology enthusiast looking to dive into cutting-edge IoT applications, this is the perfect course for you. With step-by-step guidance from an expert instructor and the source code at your fingertips, you'll be equipped to create life-saving devices. 🛠️✨

Don't wait! Enroll in this course today and take the first step towards becoming an IoT innovator in emergency health care systems. Let's embark on this journey of learning and innovation together! 🎉

Instructor Introduction:

Your guide through this course is Venkatesh Varadachar, an experienced professional with a passion for IoT and its applications in healthcare. With years of experience and a commitment to making complex concepts accessible, Venkatesh is here to support you every step of the way. 👩‍🏫🚀

Ready to Get Started?

Join us now and be part of the next wave of technology that could very well save lives. Click the 'Enroll Now' button and let's begin this transformative learning experience together! 💡🚫