Learn Arduino: Practical Approach
Published 6/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 6.17 GB | Duration: 13h 39m
Published 6/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 6.17 GB | Duration: 13h 39m
Master Arduino with Practical Approach from scratch and start making projects
What you'll learn
Easily learn Arduino by making your own projects
Learn how to use the Arduino software (IDE) and how to install hardware devices
you'll learn How to install your Arduino development environment on your computer.
learn to use LEDs, buttons, switches, and sensors with the Arduino software.
learn about this popular platform and get started with electronics prototyping.
learn how to code in Arduino
Requirements
Basic knowledge of the Arduino language and programming in C or C++
arduino IDE
Computer/ Laptop
Arduino Boards
Description
Introduction:If you are looking to get started with Arduino, or want to brush up on your skills, then this is the course for you. The Learn Arduino Practical Approach course provides a comprehensive overview of the basics of Arduino programming and how to use it in creative ways. In addition, this course provides an introduction to basic electronics concepts and how they can be used with Arduino. Arduino is an open-source electronics prototyping platform based on flexible, easy-to-use hardware and software.it is a popular microcontroller that can be used for a variety of purposes, ranging from controlling simple devices to creating sophisticated embedded systems. This course will teach you how to use Arduino in practical ways, from setting up your development environment to writing code that interacts with external hardware. By the end of this course, you'll be able to create your own projects and make things happen with Arduino!Course content: o The Arduino softwareThe basics: understanding basic Arduino conceptsGetting more technical understanding the Arduino hardware and programming the hardware Basic electronics getting your Arduino to talk to things like LEDs, motors, sensors and more Advanced electronics controlling external devices with a variety of sensors and actuatorsWhat you will learn by day!Day 1 +2 Simulate Arduino Boards and Test Your Code +Start TestingDay 3+4 Arduino vs PIC microcontrollers vs Raspberry PiDay 5+6 Make Your Own Arduino Board at HomeDay 7+8 Connect and Interface Raspberry Pi with ArduinoDay 9+10 Arduino Web Control: Step By Step GuideDay 11+12 Arduino BluetoothDay 13+14 Arduino RadarDay 15+16 Arduino + Processing Code Version Day 17+18 Practical AssemblyDay 19+20 Arduino Motion Detector: Step By Step GuideDay 21 +22 Arduino Weather StationDay 23 +24 Automatic Irrigation System with ArduinoDay 25 +26 Arduino Alarm Clock Using a Real-Time Clock and LCD ScreenDay 27 +28 Arduino Wireless Power TransmissionDay 29 +30 Arduino Multicolor RGB LED Lamp Controlled Using BluetoothWhy you should take this course?Easily learn Arduino by making your own projectsLearn how to use the Arduino software (IDE) and how to install hardware devicesCreate your own cool projects!learn how to connect Raspberry Pi and Arduino the software and hardware part and why it's usefulMake your own Arduino Web Control and start Controlling any device that you imagine using A Simple Webpage and ArduinoControl Your World and Surrounding using Your Own smartphone in this Step by Step Guide that Will Make Your Life EasierCreate your Own Radar using Arduino and get a Green Map Showing Objects on your own Screen in no timeMake your own Arduino Motion Detector and start Catching Intruders, Control devices, and lots more Cool ApplicationCreate your own weather station using Arduino and get Temperature, Humidity, and Time at your own home in no timelearn how to Make your own Automatic Irrigation System and stop wasting time on checking your Soil manually and Start Automating Lifelearn to make your own Arduino Alarm Clock and set the Alarming time and interact with Time and Date efficiently and effectivelylearn to Make your own Arduino Wireless Power Transmission Project and Learn the Principles behind Wireless PowerYou will learn How to Interface Arduino With a Mobile App via Bluetooth and Control RGB Multicolor LEDsNo experience is required, and all you need is an Arduino and a few simple electronic componentsThis course is designed for anyone interested in Arduino with zero background knowledge.
Overview
Section 1: Arduino in this Practical Approach Challenge
Lecture 1 Introduction
Lecture 2 Who we are?
Lecture 3 Very Important note
Section 2: C Programming!
Lecture 4 Introduction
Lecture 5 Download and Install C Editor and Compiler
Lecture 6 Write and Compile C Codes in your browser
Lecture 7 Download and Install Visual Studio Code To run C programs
Lecture 8 Write Your First C Code and Compile it
Lecture 9 Comments in C
Lecture 10 Strings and Escape characters in C
Lecture 11 Variables in C
Lecture 12 Rules in naming variable in C
Lecture 13 Printing Variables with Printf in C
Lecture 14 Reading Input from User in C
Lecture 15 Reading Input from User in C
Lecture 16 Arithmetic Operators in C
Lecture 17 Uni Arithmetic Operators in C
Lecture 18 Bitwise Operators in C
Lecture 19 Bitwise Shift Operators in C
Lecture 20 Assignment Operators
Lecture 21 Logical and Relational Operators
Lecture 22 Conditional Statement if in C
Lecture 23 Conditional Statement else if and else in C
Lecture 24 Local Variables and Global Variables
Lecture 25 General Rules Regarding if statement
Lecture 26 Switch Statement in C
Lecture 27 Switch Statement General Rules in C
Lecture 28 For loop in C
Lecture 29 While loop in C
Lecture 30 Do while loop in C
Lecture 31 Break and Continue in C
Lecture 32 Functions in C
Lecture 33 Void Keyword in C
Lecture 34 Divide c project into multiple files in C
Lecture 35 How to Create a Library in C
Lecture 36 Arrays in C
Lecture 37 Arrays example in C
Section 3: Simulate Arduino Boards and Test Your Code
Lecture 38 Downloading and Installing Proteus Software
Lecture 39 Installing Arduino Library For Proteus
Lecture 40 Adding Arduino Library to Proteus
Lecture 41 Downloading and Installing Arduino Coding Software
Section 4: Start Testing
Lecture 42 Your First Code in Arduino Coding Software
Lecture 43 Editing the code and Getting the Hex File
Lecture 44 Load the hex file and Run the Simulation
Section 5: Things you need to know
Lecture 45 What is Arduino
Lecture 46 The Hole in Board
Lecture 47 How to do it
Lecture 48 The Bread Board
Lecture 49 How does Arduino Thinks
Lecture 50 Putting together your first circuit
Lecture 51 cut and paste coding
Lecture 52 Circuit Diagram
Section 6: Practical Work
Lecture 53 Input Buttons
Lecture 54 Analog Input potentiometer
Lecture 55 Analog Input IR Sensor
Lecture 56 Free Arduino Resources Websites for Codes and Schematics
Section 7: Arduino vs PIC microcontrollers vs Raspberry Pi
Lecture 57 What is Arduino Raspberry Pi and PIC Microcontroller
Lecture 58 Quick summary of the main differences
Lecture 59 Hardware Power and Connectivity
Lecture 60 Hardware IO Pins Storage and USB
Lecture 61 Software Comparison
Lecture 62 Expanding Onward Capabilities
Lecture 63 How to decide Which one
Section 8: Make Your Own Arduino Board at Home
Lecture 64 Basic Parts Requirements
Lecture 65 Wire up a power supply
Lecture 66 ATMEGA Introduction
Lecture 67 Arduino Ready
Lecture 68 Boot loading your chips optional
Lecture 69 Finish up and burn the bootloader
Section 9: Connect and Interface Raspberry Pi with Arduino
Lecture 70 Raspberry Pi Connections
Lecture 71 Raspberry Pi Configuration and Code
Lecture 72 Arduino Configuration
Lecture 73 Completing Python Setup
Lecture 74 Final Step The End Of This Section
Section 10: Arduino Web Control Step By Step Guide
Lecture 75 Required Materials
Lecture 76 Circuit Diagram
Lecture 77 Code Overview
Lecture 78 Code Explanation Part One
Lecture 79 Code Explanation Part Two
Lecture 80 Code Explanation Part Three
Section 11: Arduino Bluetooth
Lecture 81 Hardware and Software Components
Lecture 82 Let's Start Building
Lecture 83 How does it works
Lecture 84 Android Application
Lecture 85 Note
Lecture 86 Schematic
Lecture 87 Code
Lecture 88 Testing Code
Section 12: Arduino Radar
Lecture 89 What You Will Learn in this course
Lecture 90 Hardware Requirements
Lecture 91 What is Arduino + Software Download
Lecture 92 What is Ultrasonic Sensor
Lecture 93 What is Servo Motor
Lecture 94 Software Requirements Schematic
Lecture 95 Arduino Code Explained
Lecture 96 Processing Code + Java jdk
Section 13: Arduino + Processing Code Version 2
Lecture 97 Circuit Diagram for Assembly
Lecture 98 Arduino Code
Lecture 99 Processing Software Java Code
Section 14: Practical Assembly
Lecture 100 Basic part needed for this project
Lecture 101 Practical Assembly
Section 15: Arduino Motion Detector Step By Step Guide
Lecture 102 Software and Hardware Requirements
Lecture 103 How does it work
Lecture 104 Circuit Diagram
Lecture 105 Code explained in Details
Section 16: Arduino Weather Station
Lecture 106 Things Used in this Project - Hardware
Lecture 107 Things Used in this Project - Software and Web Editor
Lecture 108 Temperature and Humidity Sensor Wiring
Lecture 109 Code to Test DHT Sensors using Serial Monitor
Lecture 110 Code for LCD and DHT Sensor Together
Lecture 111 Final Code for LCD RTC and DHT Sensor
Section 17: Automatic Irrigation System with Arduino
Lecture 112 Required Materials
Lecture 113 Download and Install Arduino IDE
Lecture 114 Circuit Diagram LCD Connection Explained
Lecture 115 Circuit Diagram Continue
Lecture 116 How does it work
Lecture 117 Code
Section 18: Arduino Alarm Clock Using a Real Time Clock and LCD Screen
Lecture 118 How does it work
Lecture 119 Circuit Diagram
Lecture 120 Arduino Alarm Clock Code Part1
Lecture 121 Arduino Alarm Clock Code Part2
Lecture 122 Arduino Alarm Clock Practical Assembly
Lecture 123 Circuit Design
Section 19: Arduino Wireless Power Transmission
Lecture 124 Wireless Power Introduction History and efficiency chart explained
Lecture 125 How Wireless Power Works
Lecture 126 Why We need wireless electricity
Lecture 127 Range of WiTricity and WiTricity Applications
Lecture 128 How Safe is Wireless electricity
Lecture 129 6 Wireless Powered Arduino Project
Lecture 130 Let's Build It
Lecture 131 Code and troubleshooting
Lecture 132 How Does This Circuit Work
Section 20: Arduino Multicolor RGB LED Lamp Controlled Using Bluetooth
Lecture 133 Course requirement
Lecture 134 Components Explained
Lecture 135 Code
Lecture 136 The Code
Section 21: Build 11 Arduino Practical Projects today!
Lecture 137 How does it work
Lecture 138 Basic Parts Needed for this Project
Lecture 139 Adding Module Library
Lecture 140 Load Cell
Lecture 141 Calibrating Load Cell
Lecture 142 Weight Balance Module
Lecture 143 Adding LCD Display to Show Weight
Lecture 144 Arduino Piano Coding
Lecture 145 Explaining the whole system
Anyone who wants to learn electronics and programming,Anyone who wants to make their own projects,People who want to get a better understanding of the Arduino language,this is for Arduino Hobbyist,this is for begginers and Profesionals,great Course for Engineers