First, get familiar with Arduino using the Arduino simulator.

01 Understanding the Internet of Things and Arduino
__01-1 Exploring the Direction of the Fourth Industrial Revolution
__01-2 Internet of Things and Arduino
__01-3 What can you do with Arduino?

02 Creating an Arduino Development Environment
__02-1 Installing the Arduino Integrated Development Environment
__02-2 Connecting the Arduino board to the computer
__02-3 Taking a look at various Arduino boards!

03 Meet Arduino Online
__03-1 Learn the basic components of Arduino
__03-2 Using Arduino without Arduino with a simulator
__03-3 Differences between Arduino boards and simulators
__[Challenge] Guess the basic components of Arduino!

04 Getting Started with Arduino Safely with the Simulator
__04-1 Starting the Arduino Simulator
__04-2 Learn the basics of using the simulator
__04-3 Connecting Components to the Arduino Board
__04-4 Understanding the functions and properties of components
__04-5 Check the code and run the simulator
__04-6 How to use shortcut keys to save time
__[Challenge] Let's design an LED circuit!

05 Understanding the types and movements of electrical signals
__05-1 What are digital and analog signals?
__05-2 How do electrical signals move?
__[Challenge] Light up the LED!

Learning Arduino Basics by Assembling the Second Yard Kit

06 Operating Arduino with Digital Output
__06-1 Making an Arduino that blinks with an LED
__06-2 Complete the circuit by adding resistors
__06-3 Checking Arduino operation status with the serial monitor
__[Challenge] Making a traffic light with three LEDs

07 Operating Arduino with Digital Inputs
__07-1 Controlling LEDs with Push Buttons
__07-2 Learn more about conditional statements used in control
__07-3 Understanding the Floating Phenomenon and Pull-up and Pull-down Resistors
__07-4 Controlling LEDs with Slide Switches
__07-5 Creating a front door light with a PIR sensor
__[Challenge] Try using the push button as a slide switch!

08 Operating Arduino with Analog Input
__08-1 Controlling an LED with a variable resistor
__08-2 Creating a Smart Streetlight with a Light Sensor
__08-3 Making a thermometer with a temperature sensor
__[Challenge] Let's make a fire alarm!

09 Operating Arduino with Analog Output
__09-1 Understanding Pulse Width Modulation
__09-2 Learn more about loops
__09-3 Expressing various lights with three-color LEDs
__09-4 Controlling a DC motor with a variable resistor and a slide switch
__[Challenge] Control the colors of the three-color LED directly!

10 Using Functions and Libraries
__10-1 Measuring distance with an ultrasonic sensor
Learn more about the __10-2 library
__10-3 Making an automatic door with a servo motor
__[Challenge] Let's handle an ultrasonic sensor with four pins.

Third Yard: Develop Arduino skills by combining various parts.

11 Outputting strings to LCD
__11-1 Learn the basics of LCD usage
__11-2 Combining LCDs with Other Components
__11-3 Handling LCDs with Fewer Pins
__[Challenge] Print a string longer than the LCD!

Displaying numbers with 12 7-segment displays
__12-1 Learn the basics of using 7-segment displays
__12-2 Combining with a 7-segment decoder
__[Challenge] Move the 7 segment with a variable resistor!

13 Using the infrared sensor and remote control
__13-1 Learn how to use the infrared sensor and remote control
__13-2 Creating a mood light controlled by infrared
__[Challenge] Control the brightness of the LED with an infrared remote control!

14 Building a Car Engine with a Motor Driver
__14-1 Learn how to use the motor driver
__14-2 Building a two-wheeled vehicle engine
__[Challenge] Let's make a radio-controlled car that draws curves!

15 Making an Electronic Keyboard with Piezo Speakers
__15-1 Learn the basics of using a piezo speaker
__15-2 Playing with an ultrasonic sensor
__15-3 Making an electronic keyboard
__[Challenge] Play your favorite song with a piezo speaker!

16 Remote control with Bluetooth module
__16-1 Setting up the Bluetooth module
__16-2 Controlling a remote device with a smartphone
__[Challenge] Control the brightness of the LED with your smartphone!

Fourth Yard Challenge! Arduino Practical Project

17 Projects using LEDs and buttons
__17-1 Making an LED that flows like water
__17-2 Creating a binary counter
__17-3 Handling NeoPixels

18 Projects using various sensors
__18-1 Making a measuring device with a temperature and humidity sensor module
__18-2 Creating a Line Tracer with an Infrared Tracking Module
__18-3 Making a Smart Flower Pot with a Soil Moisture Detection Sensor Module
__18-4 Making a sound detector with a sound detection sensor module

19 Game Making Projects
__19-1 Making a button-pressing game
__19-2 Creating a Dice Game
__19-3 Creating a Rock-Paper-Scissors Game
__19-4 Creating a Memory Game

__Find

In the era of generative AI, where imagination becomes reality,
Let's develop your own creativity with Arduino!

It hasn't been long since the term "Fourth Industrial Revolution" started making waves around the world, but it's already making a big impact on our daily lives.
Our daily lives with Internet of Things devices have become so familiar that it seems like every household has at least one AI speaker.
The world is changing faster than we ever imagined, and now we're entering a world where anyone can create anything they can imagine.
In times like these, individual creativity will become an increasingly important ability.
Because the size and specificity of one's imagination will soon become one's ability.
How can we cultivate creativity? It's difficult to cultivate imagination through thoughts and words alone.
You can develop your imagination by making it a reality and experiencing it firsthand with your hands, ears, and eyes.
Developing your own unique world by creating your own one-of-a-kind product is the fastest and easiest way to do so with Arduino.

With Arduino simulator and video
The perfect Arduino book for beginners!

This book actively solves the most common problems encountered when first learning Arduino.
The small and delicate electronic components included in Arduino kits can easily break down if handled incorrectly, frustrating beginners.
In this book, you will first learn the principles and methods of making products with Arduino by assembling kits to your heart's content using the Arduino simulator.
The Arduino simulator feature is available for free on the Tinkercad (www.tinkercad.com) website.
Since you practice online, you can learn without any problems because you don't have to worry about parts breaking.
When assembling an actual kit, it is much easier to assemble it by looking at the circuit created in advance with a simulator.
If you're still confused, we provide a video so you can follow along and see the actual kit being assembled.

From basics to applications, we create a total of 25 products.
Develop your coding skills and electrical engineering knowledge!

To truly master the ability to create anything you imagine with Arduino, you'll ultimately need to build something yourself. This book provides links to purchase the introductory kits you'll need to study.
Create 25 different products, from simple LED traffic lights and fire alarms to practical smart flower pots and dice games.
Moreover, it goes beyond simply listing how to assemble Arduino like a manual, and includes the engineering knowledge and coding concepts necessary to understand the product's operation.
When people say coding and engineering, some people think, "Isn't that too difficult?"
Don't worry! We'll provide you with helpful explanations and diagrams of everything beginners need to know.

Perfect as a learning material for the Internet of Things (IoT)!
Arduino Teacher, use it in your classroom!

This book is also great to use as a textbook in the classroom.
During class, students often struggle to connect parts or accidentally break parts. If you only focus on students who are struggling, it's difficult to conduct the class effectively.
By learning Arduino first with a simulator and then building with a real kit, students will make fewer mistakes and achieve greater success.

Popular not only for self-study but also as a textbook!
Practice materials and learning progress chart provided!

We provide a 30-day study plan for self-study and a 15-day study plan for textbook use.
If you are a self-taught reader, please actively use it when creating your own study plan, and if you are an instructor who will use it as a textbook, please actively use it when creating your lecture plan.

People like this will like to read it~

- Middle and high school students who want to create their own items that they could only imagine.
- When conducting maker education, students frequently break parts, which is a hassle for teachers.
- A maker who wants to freely create prototypes of the desired product but lacks parts

Come to the 'Do it! Study Room' where we learn, share, and grow together!

Study with other readers at the Naver Cafe "Do it! Study Room"! Ask and answer questions.
Additionally, if you sign up for the 'Do it! Study Group' and complete and certify the purchase of a book, you will receive a book as a gift.
- Do it! Study Room: cafe.naver.com/doitstudyroom

Practice files are available on the Aegis Publishing website's data room or the author's GitHub.

- Easy Publishing Data Room: Access www.easyspub.co.kr → Click [Data Room] → Search for book title
- Author's GitHub: github.com/yulian/arduino