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Building Your Own GPS-Tracker Using Arduino

SynopsisBuilding Your Own GPS-Tracker Using Arduino, available at $44...
Building Your Own GPS-Tracker Using Arduino  No.1

Building Your Own GPS-Tracker Using Arduino, available at $44.99, has an average rating of 3.63, with 23 lectures, based on 4 reviews, and has 41 subscribers.

You will learn about What Satellites are How the Global Positioning System Works What the Arduino is and how to work with it How an LCD Display works and programming it How to solder This course is ideal for individuals who are Anyone interested in technology & science It is particularly useful for Anyone interested in technology & science.

Enroll now: Building Your Own GPS-Tracker Using Arduino

Summary

Title: Building Your Own GPS-Tracker Using Arduino

Price: $44.99

Average Rating: 3.63

Number of Lectures: 23

Number of Published Lectures: 23

Number of Curriculum Items: 23

Number of Published Curriculum Objects: 23

Original Price: $79.99

Quality Status: approved

Status: Live

What You Will Learn

  • What Satellites are
  • How the Global Positioning System Works
  • What the Arduino is and how to work with it
  • How an LCD Display works and programming it
  • How to solder
  • Who Should Attend

  • Anyone interested in technology & science
  • Target Audiences

  • Anyone interested in technology & science
  • This course will teach you how to build your own GPS-Tracker using an Arduino, a GPS-Module, and an LCD-Shield. You will learn how coordinate systems work. Two dimensional and three dimensional. I will show you how these coordinate systems are applied to earth and how you can use them for navigation. Then i will show you what satellites are, where they are and what kinds of purposes they serve. After that you will learn how you can use four satellites to locate yourself on the surface on the earth. After that i will show you the Arduino basics. This goes from explaining what an Arduino is to setting up the IDE on your computer, showing you how the Syntax and Libraries work and the important pins and their functions. From that we’ll move on the the LCD shield. That chapter will contain the working principle of an LCD screen, the pins of the screen and their functions, how to digitally store something as text, creating your first, own text and reading the button input of your shield. Chapter five will be about learning how your GPS module communicates, how you can connect it to the Arduino and how you can write a basic script using the gps library. In the last chapter we will be putting everything together. That means writing the final program and soldering everything together. In case you don’t care about the theory and strictly want to build it, that is also possible. Theory and practice for each topic is split up in seperate lessons.

    Course Curriculum

    Chapter 1: Whats Happening in this Course

    Lecture 1: What You Are About to Learn and Build

    Lecture 2: List of All the Things You Will Need

    Chapter 2: The Magic of Knowing Where You Are

    Lecture 1: How Do You Measure the World

    Lecture 2: What Are Artificial Satellites and Where Are They

    Lecture 3: Trilateration and Communication

    Chapter 3: Arduino Basics

    Lecture 1: What Is an Arduino

    Lecture 2: Setting Up Arduino IDE

    Lecture 3: Basic Syntax and Libraries

    Lecture 4: Pins and Their Functions

    Chapter 4: LCD Basics

    Lecture 1: How Does an LCD Work

    Lecture 2: Connecting Pins and Their Functions

    Lecture 3: How Is Text Digitally Stored

    Lecture 4: LCD Library and Creating Your First Text

    Lecture 5: How to Read Button Input

    Chapter 5: Working With the GPS Module

    Lecture 1: What Information Is Being Sent

    Lecture 2: How to Connect It – RX/TX

    Lecture 3: GPS Library and Writing Basic Script

    Chapter 6: Putting Everything Together

    Lecture 1: Combining our code

    Lecture 2: Soldering Everything

    Lecture 3: Putting Everything in a Case

    Chapter 7: Summary

    Lecture 1: Congratulations and Conclusion

    Lecture 2: Bonus Lesson: Creating Moving Smileys

    Lecture 3: Example Schematic and Code

    Instructors

  • Building Your Own GPS-Tracker Using Arduino  No.2
    Joe Hehn
    Stundent at Humboldt University
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