|
via Udemy |
Go to Course: https://www.udemy.com/course/iot-based-emergency-health-care-system/
**Course Review: Emergency Health Tracking System with Arduino on Coursera** Are you a technology enthusiast eager to develop advanced health monitoring systems? If so, the "Emergency Health Tracking System with Arduino" course offered by Makerdemy on Coursera is an excellent choice. This comprehensive course is specially designed for advanced makers who want to delve into real-world applications of Arduino in health and emergency response systems. **Course Content and Structure** This course provides a hands-on approach to building a sophisticated emergency health tracking system utilizing GSM and GPS modules integrated with an Arduino UNO board and a heart pulse sensor. The program is split into five detailed projects: - **Heart Rate Measurement:** Learn how to measure heartbeats accurately using a dedicated pulse sensor and display the data on a 16x2 LCD. - **LCD Display Integration:** Master connecting an I2C type LCD and displaying messages based on user input. - **GSM Communication:** Understand how to connect and operate the SIM900A GSM module to make calls and send SMS alerts. - **GPS Location Tracking:** Acquire skills to fetch real-time latitude and longitude coordinates using the GPS module. - **System Integration & Notification:** Combine heart rate data, GPS location, and GSM communication to create a comprehensive emergency alert system that can notify caretakers or medical personnel instantly. The projects are logically sequenced, progressively building your skills from basic circuit creation to complex system integration. The course also emphasizes programming, sensor interfacing, and communication protocols, making it highly practical. **Prerequisites and Target Audience** A basic understanding of electrical and electronic concepts is required, along with the ability to download and install necessary software. This makes the course suitable for advanced hobbyists, makers, and engineers who already possess foundational knowledge in electronics and programming. **Pros and Highlights** - Complete step-by-step guidance on creating a life-saving health monitoring device. - Detailed project instructions with full source code, enabling learners to replicate and customize their systems. - Focus on real-time applications that can potentially save lives, such as wrist pulse bands and emergency alert systems. - Encourages hands-on learning with practical implementations that go beyond theoretical concepts. **Cons and Considerations** - As an advanced course, beginners might find it challenging without prior experience. - The course assumes familiarity with Arduino programming and basic electronics. - Hardware components such as GSM and GPS modules are required to follow along, which may involve additional investment. **Final Recommendation** I highly recommend this course for makers, engineers, or tech enthusiasts seeking to expand their skills into health tech applications. It offers valuable insights into integrating sensors, communication modules, and embedded systems to solve real-world problems. The comprehensive source code and project guidance make it accessible for motivated learners to build their own emergency health tracking solutions. If you're ready to take your Arduino skills to the next level and make a meaningful impact with health monitoring devices, this course is an excellent investment in your learning journey. Enroll today and start building your life-saving project!
Hello, learners! Greetings from Makerdemy. In this course, you will learn how to program the emergency health tracking system using GSM and GPS module with Arduino board using heart pulse sensor. This is an advanced level course on Arduino. This course is designed for advanced makers. We'll help you to get started with the basics of creating circuits with the Arduino UNO board. We will show how to measure the heart rate using Arduino and display the data on I2C type 16x2 LCD and send the GPS location to the User via SMS. By the end of this course, you would have built Emergency Tracking Systems using GSM and GPS modules. The prerequisite for this course is a basic understanding of electrical and electronic concepts and ability to download and install software on your computer. Along the way, you will learn about programming, sensors, and communications. The course split into five parts: Project 1: In this project, we will teach you how to measure your heart rate using a dedicated Arduino-compatible sensor. Project 2: In this project, we teach you how to make the connection of I2C type 16x2 LCD and display the message on the screen when the user types on the serial monitor. Project 3: This project will explain to you how to make a call using SIM900A GSM module which it connects the Mic and Speaker on GSM. Here, in this project will explain the program using Serial and SoftwareSerial communication methods. Project 4: In this project, you will get the accurate location of the user using Arduino GPS_Get Latitude and Longitude Coordinates with SoftwareSerial communication program. Project 5: In this project, we will teach you how to measure your heart rate using a dedicated Arduino-compatible sensor. Then, we will transmit the data via SIM900A module to send a message and call to the respective person to get the details. Even we will send the GPS location using GPS module, and also display the heartbeat on the 16x2 LCD screen. This project can be used to develop Wearable for wrist pulse band. This project helps in real time to track the people who are not well and cure them of heart stroke. If you are a technology enthusiast and want to learn the cutting-edge technology, then this is the right course for you. I will teach you step by step how to go about building this project. I will also share the code with you so that you can replicate the project yourself. At the end of the course, you'll be fully familiarized with Arduino and ready to build your electronic security system. I look forward to you joining this course. It provides the complete source code of the real time project. Let's dive in to learn the concept one by one. What are you waiting for? Enroll now!