Arduino ZERO to HERO: 30+ Arduino Projects Learn by doing practical project book for beginners and inventors

Length: 339 pages
Edition: 1
Language: English
Publication Date: 2021-11-12
ISBN-10: B09LSKP2CC
ISBN-13: 9798766877530
Sales Rank: #468669 (See Top 100 Books)

Arduino ZERO to HERO : Arduino Project Book, 30+ Arduino Projects Learn by doing practical book for beginners and inventors.

Learn all about making Arduino projects with this book, and this handbook is written for novice and expert level students. It is beneficial for research scholars as well as novice students. This project book was written for people who are enthusiastic about using open-source tools and techniques to create innovative projects. It is a vast book offering an abundance of ideas for new projects, new ways to improve the world, and new ways to make life a little better.

The book consists of six chapters and begins with

Getting started with Arduino
Interfacing electronic components with an Arduino
Different types of sensors and Arduino boards
How to get started with Arduino programming
Afterwards, you can do 33 step-by-step projects and then evaluate the results.
And finally, troubleshooting Arduino.

These Arduino project handbooks will be useful for students and research scholars in their mini projects. In addition to the operational basics for open-source electronics, it also covers practical schematic drawings to help college, high school, and hobbyist students learn the Arduino from the very basic level to the very advanced. Hopefully, this book will be a wonderful guide for science fair projects and their innovative new ideas.

WHY YOU SHOULD READ THIS BOOK

When we think about the word ‘Education’, we often think of the formal schooling that happens in primary, secondary and high schools and colleges. Although, this is not the only way of learning to acquire knowledge. Tacit knowledge can often be gained through addressing real world problems and practicing, and it is based on experience, intuition, ideals, creative thinking, emotions, values, skills, and attitudes. Through Arduino Education, we provide schools with the next generation of STEAM programs and tacit knowledge to guide and empower students on their unique learning journeys through secondary school, high school, and university.

Students will benefit from Project Based Learning as it promotes cooperative education and creates a deeper impact on students and teachers. Arduino is a simple-to-use application for beginners and is flexible enough for advanced users, teachers, faculty and scholars to construct high-quality scientific devices. Additionally, students are able to comprehend more in a group setting since they can learn it together. In this regard, let us consider a number of simple projects related to Arduino sensors that can increase students’ innovative skills. Students can develop their practical mindsets and ways of thinking through the Arduino project, since it always works and makes improvements to the existing system.

“Tell me and I forget, teach me and I may remember, involve me and I learn” — Benjamin Franklin

ARDUINO: EVERYONE NEED TO KNOW
    Introduction
    Microcontroller
    Development Board
    What is the Arduino?
    Why Was Arduino Developed?
    What can Arduino be used to Teach?
    DIFFERENT TYPES OF ARDUINOS
    Why use Arduino UNO?
GETTING STARTED WITH ARDUINO
    Installing Arduino IDE with Arduino Uno R3 board
    Arduino Libraries
    How to add library files
    Hello World of Arduino (Blink an LED):
    Basic Arduino C functions:
    Uploading the Sketches
    Arduino Q & A Section
    Summary
CHAPTER 2:
    BASIC ELECTRONIC COMPONENTS
        Resistors
        Capacitors
        Inductors
        Transformer
        Diode
        Light emitting diode (LED)
        Variable resistor (Potentiometer)
        Transistors
        Integrated circuit (IC)
        IC Terminology: Op-amp
        H-bridge
        Printed Circuit Board (PCB)
    WHAT ARE SOME GOOD COMPONENTS TO START WITH?
        LED (Light Emitting Diode)
        LCD (Liquid Crystal Display)
        DC Motor
        Servo Motor
        Stepper Motor
    LIST OF ARDUINO SENSORS AND MODULES
        Ultrasonic Sensor Module
        IR Infrared Obstacle Avoidance Sensor Module
        IR Infrared Fire/Flame Detection sensor
        Soil Hygrometer Detection or Soil Moisture Sensor
        Humidity and Rain Detection Sensor
        Microphone Sensor or Sound Sensor
        Digital Barometric Pressure Sensor
        Photoresistor Sensor (LDR)
        Digital Thermal Sensor - Humidity Sensor
        DHT11 Temperature and Humidity Sensor
        Rotary Encoder Module
        SW-420 Motion Sensor or Vibration Sensor
        Passive Buzzer Module
        Speed Sensor Module LM393
        Relay Module
        HC- SR501 Pyroelectric Infrared Sensor (PIR)
        Accelerometer Module
        Arduino Joystick Module
        Piezo buzzer Sensor
        Water Flow Sensor
        Arduino Color Sensor
        Optical Fingerprint Sensor
        Heart Rate or Pulse Sensor
        Capacitive Touch Sensor
        Arduino Bluetooth Module HC-05 or HC-06
        Arduino GPS Module (NEO-6M)
        RFID
        Turbidity Sensor
        Load cell Module
        PH Sensor Module
        Pressure Sensor or Force Sensitive Resister (FSR)
        Flex Sensor
CHAPTER 3
ARDUINO PROGRAMMING
    Structure of an Arduino Code:
    Bare minimum code
    Arduino Data Types
    Analog to Digital Conversion
ARDUINO PROGRAMMING BASICS
    Structure
    setup()
    loop()
    functions
    {} Curly braces
    ; Semicolon
    /*...*/ block comments
    // line comments
    Variables
    Variable scope
    byte
    int
    long
    float
    Arrays
    Arithmetic
    Compound Assignments
    Comparison Operators
    Logical operators
    Constants
    True/false
    High/low
    Input/output
    if
    if... else
    for
    while
    do... while
    pinMode(pin, mode)
    digitalRead(pin)
    digitalWrite(pin, value)
    analogRead(pin)
    analogWrite(pin, value)
    delay(ms)
    millis()
    min(x, y)
    max(x, y)
    randomSeed(seed)
    random(max)
    random(min, max)
    Serial.begin(rate)
    Serial.printin(data)
    Digital output
    Digital input
    High current output
    PWM output
    Variable resistor input
    Servo output
    Using Libraries
    Summary
CHAPTER 4
ARDUINO PROJECTS LEARN BY DOING
    Project 1: Blink an LED
    Project 2: Traffic Light 3 Way Controller
    Project 3: Push button - LED Blinking
    Project 4: RGB Blinking LED (Common Anode)
    Project 5: Interfacing with Keypad Module
    Project 6: Control LED Blink Rate with Potentiometer
    Project 7: Multiple tones with one Piezo Buzzer
    Project 8: Seeing the light using Photo resistor with an Arduino
    Project 9: Arduino Flame Sensor
    Project 10: LED Matrix display 8 x 8 dots (MAX7219)
    Project 11: Interfacing with LCD 1602 Display
    Project 12: HC-SR04 Ultrasonic Distance Sensor with Arduino
    Project 13: Touch Sensor Arduino Interface
    Project 14: Relay Module interface with an Arduino
    Project 15: Control Servo Motor with Arduino
    Project 16: Stepper Motor Control with Arduino
    Project 17: Interfacing Soil Moisture Sensor with an Arduino
    Project 18: Water Level Monitoring Experiments
    Project 19: Vibration Sensor Module
    Project: 20: Infrared Sensor Receiver Module with an Arduino
    Project 21: IR Remote Control Experiment with Arduino
    Project 22: Interfacing Sound Sensor Module with Arduino
    Project 23: Analog Joystick Module with Arduino
    Project 24: Interfacing DHT11 Sensor with Arduino
    Project 25: Temperature and Humidity Monitoring Experiment
    Project 26: One digit 7 Segment Displays with an Arduino
    Project 27: Four Digit 7 Segment Display Module (TM1637)
    Project 28: Heart-shaped display experiment with Arduino
    Project 29: Interfacing tilt sensor with Arduino
    Project 30: Interfacing RC522 RFID Module with Arduino
    Project 31: Interfacing Bluetooth module HC-05 with Arduino
    Project 32: Interfacing Thermistor Module with Arduino - To measure Temperature
    Project: 33: DC Motor Direction Control
    Summary
CHAPTER 5
How to Troubleshoot and Fix Arduino Issues
    Can’t Load Programs on Arduino
    Solution: Verify that the board model is compatible with the configured model
    Solution: Ensure a Functioning Arduino
    Solution: Reset the Device
    Solution: Diagnose USB Connection Problem
    Arduino Software is Not Working
    Arduino Software is Freezing and Crashing
    Don’t Throw Damaged Arduino
Essential Resources
Bibliography