IoT based Emergency Health Care System

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

Created by: Venkatesh Varadachari
Founder, MAKERDEMY

Created by: Kamesh Dkr
Product Engineer - Technology

What Will I Learn?

• Understand the principles of programming Arduino microcontroller
• Be productive with the Arduino IDE, write, compile and upload sketches, install libraries
• How to setup the Arduino software and start outputting code
• Understand the ways by which the Arduino can communicate with other devices
• Measure your heart rate using a dedicated Arduino-compatible sensor
• Interface SIM900A GSM Modem with Arduino
• Display the heart rate data on I2C type of 16x2 LCD
• Use Arduino to transmit heart rate data via SIM900A module
• Use Arduino to receive the exact location of the user with GPS tracker and send the accurate location via SMS
• Configure and program sensors and modules like Pulse sensor, I2C type of 16x2 LCD, GSM and GPS modules to work with Arduino
• Have the confidence to build a complex electronics project maker and prototyper
• Improve technology uses in Hospitals
• Transmit the data via SIM900A module to send a message and call to the respective person to get the details
• To develop Wearable wrist pulse band

Requirements

• An Arduino Uno
• A basic understanding of electricity and electronics
• A basic working knowledge of the Arduino Uno is required.
• Essential tools: a mini breadboard, jumper wires, a multimeter, a soldering iron and solder, wire cutter
• A hands-on projects-based approach with step by step instructions will be used to teach about the Arduino platform
• All theory will be explained so you understand all aspects of a project and how/why it works
• Line-By-Line Code Reviews so you will understand exactly how the software and hardware play together in a project
• 1 x SIM900A GSM module, 1 x GPS module, 1 x I2C type 16x2 LCD, 1 x Pulse sensor

Target audience

• Anyone interested in learning about programming to interface with a curiosity for making electronics and microcontrollers
• Makers who have an existing intermediate or better understanding of electronics
• This course will benefit the most students who already have at least a basic working experience with the Arduino Uno
• Students over 10 years of age, or younger with with adult supervision. Young students should be supervised at all times when using a soldering iron
• Entrepreneurs who need to prototype electronics projects or ideas
• Engineering Students - Electronics, Electrical & Computer Science
• Electronic Geeks, Hobbiest & Art Students
• High School Science Students