Part 01 Introduction to Arduino
- What is open source hardware?
1) The birth of Arduino
2) Various Arduinos
Resting Page Fun Projects Made with Arduino

Part 02 Preparing Arduino
- Arduino that runs on electricity
- Arduino's eyes, nose, mouth: sensors
- Arduino's arms and legs: Actuators
- Other important electronic components
1) Resistance
2) Diode
3) Breadboard
- Buy Arduino and electronic components
1) Arduino
2) Electronic components
3) Tools
4) Magic Eco
- Installing Arduino IDE
1) Windows
2) Mac
3) Linux
Resting Page Maker Space

Part 03 Programming Basics for Arduino
- What is a program?
- A container that holds information: a variable
- Conveniently usable tools: functions
- Making it move automatically: Conditional statements
- Repeating the same thing: loop
- Programming education site
1) ICT DIY
2) Hour of Code
Scratch, an easy and fun programming tool for resting pages

Part 04 Digital and Analog
- Understanding Digital
- Understanding analog
Precautions when using resting page sensors and actuators

Part 05 Getting Started with Arduino
- Connecting Arduino
- Exploring the Arduino IDE
- Basic LED blinking
- Talk to your PC
How to Read the Resting Page Resistance

Part 06 Using LEDs and Buttons
- Introducing LED
- LED blinking
- Adjusting LED brightness
- Introducing the button
- Using the button
Using Serial Communication on Resting Pages

Part 07 Using a Tri-Color LED
- Introducing the tricolor LED
- Change color with button
- Automatic color change
Resting Page: Precautions when using Arduino

Part 08 Using Piezo Speakers
- Introducing piezo speakers
- Play do re mi fa sol la ti do
- Making a mini digital piano
How to deal with a resting page error

Part 09 Using the Light Sensor
- Introducing the light sensor
- Change LED light according to ambient brightness
- For use with piezo speakers
Calculating the required resistance value: Ohm's law

Part 10 Using the Ultrasonic Sensor
- Introducing ultrasonic sensors
- Change the color of the three-color LED according to the distance
- Adjusting the piezo speaker sound time
Resting Page Arduino Shield

Part 11 Using the LCD
- Introducing LCD
- Display the ambient brightness value on the LCD
- Display distance values ​​on LCD
Resting Page Various LCD Shields

Part 12 Using 7-Segment
- Introducing the 7 segment
- Change numbers with buttons
Resting Page Arduino's Rival, Raspberry Pi

Part 13 Using servo motors
- Introducing servo motors
- Move automatically
- Introducing variable resistors
- Adjusting the angle with a variable resistor
Resting Page: Small but mighty dog, Beaglebone Black

In conclusion
Index

Chapter-by-chapter summary

Part 01 Introducing Arduino
We will introduce what Arduino is and look at the different types of Arduino.
We will also learn about the maker movement, which is closely related to Arduino.

Part 02 Preparing Arduino
Let's take a look at what you need to get started with Arduino.
Learn about sensors that allow Arduino to sense its surroundings and actuators that allow Arduino to perform desired actions, and how to purchase these electronic components.
You will also learn how to install the Arduino IDE, which is required to write Arduino programs.


Part 03 Programming Basics for Arduino
Learn the programming fundamentals needed to work with Arduino.
Data can be considered the material of programming, and we will explain variables, which are containers for this data, and functions, which are convenient tools.
You will also learn how to make computers think and act on their own, or make them repeat the same thing over and over again.

Part 04 Digital and Analog
There are two main ways to control Arduino: digital and analog.
And then it is divided into controlling input or output again depending on digital and analog respectively.
In this chapter, you will learn how to control digital and analog using Arduino.

Part 05 Getting Started with Arduino
We will cover Arduino UNO in detail.
First, you will learn how to connect and set up the Arduino UNO to your PC, explore the Arduino IDE, and then blink the basic LED on the Arduino UNO.
And we will also try to make Arduino UNO and PC communicate with each other.

Part 06 Using LEDs and Buttons
Learn how to control LEDs and buttons that can emit light. You'll learn how to turn LEDs on and off, adjust their brightness, and control digital signal input using buttons.


Part 07 Using a Tri-Color LED
Unlike regular LEDs, tricolor LEDs can emit light in a variety of colors.
Let's try changing the color of a three-color LED by controlling the analog signal output.

Part 08 Using Piezo Speakers
A piezo speaker is an electronic component that can produce sound through an electrical signal.
Try playing a song using a piezo speaker and playing it using the buttons.


Part 09 Using the Light Sensor
A light sensor is an electronic component that indicates the level of ambient brightness.
Let's use a light sensor to brighten the LED light when the surroundings are dark, and turn it off when the surroundings are bright.
We'll also make the piezo speaker produce different sounds depending on the brightness.

Part 10 Using the Ultrasonic Sensor
An ultrasonic sensor is an electronic component that uses ultrasonic waves to indicate the distance to an object or wall.
Let's try changing the color of the LED depending on the distance using an ultrasonic sensor.
We will also make it so that the time for which the piezo speaker's sound is heard changes depending on the distance.

Part 11 Using the LCD
An LCD is an electronic component that can display text on a liquid crystal display.
Let's use the light sensor to display the ambient brightness value on the LCD.
It also displays distance values ​​using an ultrasonic sensor.


Part 12 Using 7-Segment
7-segment displays are displays that can be seen in elevators, calculators, etc.
Let's create a counter that automatically changes numbers using a 7-segment display.
You can also try changing the numbers directly by pressing the buttons.

Part 13 Using servo motors
A servo motor is a motor whose angle can be adjusted.
Let's make something that rotates automatically using a servo motor.
We will also try controlling the angle of the servo motor using a variable resistor whose resistance value can be changed.