Enroll Course: https://www.udemy.com/course/iot-based-emergency-health-care-system/
In today’s rapidly evolving technological landscape, the integration of Internet of Things (IoT) with healthcare is opening up unprecedented possibilities for real-time monitoring and emergency response. Makerdemy’s “IoT based Emergency Health Care System” course on Udemy offers a deep dive into building such a critical system using the Arduino platform. This advanced-level course is meticulously designed for makers who are ready to tackle a challenging yet incredibly rewarding project.
The course promises to guide you through the creation of an emergency health tracking system that leverages the power of GSM and GPS modules, coupled with an Arduino board and a heart pulse sensor. It’s an ideal learning path for those with a basic understanding of electrical and electronic concepts and the ability to manage software installations.
The curriculum is thoughtfully structured into five distinct projects, each building upon the last to create a cohesive and functional system:
* **Project 1: Heart Rate Monitoring:** You’ll learn to accurately measure heart rate using a dedicated Arduino-compatible sensor. This is the foundational step in capturing vital health data.
* **Project 2: I2C LCD Display:** This segment focuses on integrating an I2C 16×2 LCD to display messages, allowing for real-time feedback and data visualization from the serial monitor.
* **Project 3: GSM Module for Calling:** Here, the course delves into making calls using the SIM900A GSM module, including connecting microphones and speakers. It also covers essential programming techniques using both Serial and SoftwareSerial communication.
* **Project 4: GPS for Location Tracking:** This project teaches you how to obtain precise user location data using the Arduino GPS module, again utilizing SoftwareSerial communication for seamless integration.
* **Project 5: Integrated Emergency System:** This is the capstone project where all the learned components come together. You’ll measure heart rate, transmit this data via the SIM900A module to send alerts (messages and calls) to designated contacts, and simultaneously transmit GPS location. The heart rate data will also be displayed on the LCD. This project is a direct application for creating wearable devices like wrist pulse bands, offering real-time tracking for individuals experiencing medical distress, such as heart strokes.
The instructor’s commitment to providing step-by-step guidance and sharing complete source code is a significant advantage. This ensures that learners can not only understand the concepts but also replicate the project with confidence. By the end of this course, participants will gain a solid familiarity with Arduino and be well-equipped to develop their own electronic security and health monitoring systems.
**Recommendation:**
For advanced makers, electronics hobbyists, and students looking to bridge the gap between theoretical knowledge and practical application in IoT and healthcare, this course is a must-enroll. It offers a comprehensive, hands-on experience in building a life-saving device. The practical skills acquired, coupled with the complete project code, make it an excellent investment for anyone passionate about cutting-edge technology and its potential to impact lives positively. Don’t miss out on this opportunity to learn and build!
Enroll Course: https://www.udemy.com/course/iot-based-emergency-health-care-system/