Arduino Complete Course - Build 30+ projects step by step

Arduino Complete Course : Build 30+ projects step by step, available at $64.99, has an average rating of 4.36, with 245 lectures, based on 331 reviews, and has 1971 subscribers.

You will learn about Arduino Arduino Programming Voice Controlled Robot Mobile Control Rover Obstacle Avoiding Robot Line Following Robot Laser Alarm System Project Development using Arduino Electronics App Development Arduino IDE Programming Basics, Datatypes, Conditionals, Loops and Functions Light Measurement using LDR Distance Measurement using Ultrasonic Sensor Object Detection using IR sensor Line Detection using Line sensor Colour Detection using Colour sensor Laser Module Touch Detection on a body How to run a LCD Display Motion Detection using PIR sensor Temperature Detection using DHT sensor Motors and Shields Working How to run gear motors Chasis and Robots MIT app inventor and 30 Arduino Projects This course is ideal for individuals who are Arduino or Electronics or Electronics and communication or Robotics or App Developer or Programmer or IT or Computer Science or Arduino Uno It is particularly useful for Arduino or Electronics or Electronics and communication or Robotics or App Developer or Programmer or IT or Computer Science or Arduino Uno.

Enroll now: Arduino Complete Course : Build 30+ projects step by step

Summary

Title: Arduino Complete Course : Build 30+ projects step by step

Price: $64.99

Average Rating: 4.36

Number of Lectures: 245

Number of Published Lectures: 245

Number of Curriculum Items: 245

Number of Published Curriculum Objects: 245

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Arduino

Arduino Programming

Voice Controlled Robot

Mobile Control Rover

Obstacle Avoiding Robot

Line Following Robot

Laser Alarm System

Project Development using Arduino

Electronics App Development

Arduino IDE

Programming Basics, Datatypes, Conditionals, Loops and Functions

Light Measurement using LDR

Distance Measurement using Ultrasonic Sensor

Object Detection using IR sensor

Line Detection using Line sensor

Colour Detection using Colour sensor

Laser Module

Touch Detection on a body

How to run a LCD Display

Motion Detection using PIR sensor

Temperature Detection using DHT sensor

Motors and Shields Working

How to run gear motors

Chasis and Robots

MIT app inventor

and 30 Arduino Projects

Who Should Attend

Arduino

Electronics

Electronics and communication

Robotics

App Developer

Programmer

IT

Computer Science

Arduino Uno

Target Audiences

Arduino

Electronics

Electronics and communication

Robotics

App Developer

Programmer

IT

Computer Science

Arduino Uno

Arduino is a subject that can’t be learned without practical experience. This course is designed based on the needs of a student. Here we will begin with very basic concepts of Arduino, like what is an Arduino. And all of its importance, scope, and advantages will be discussed. Then we will move to the course where the course is divided into 5 parts.

1. Arduino Programming

2. Hardware

3. Automatic Robots

4. App Development

5. Post Controlled Robots

Now let me explain to you what you are going to learn in all of these.

Arduino Programming

Before directly jumping on creating projects. We will first learn the basics. We will understand what is programming and how it is linked to Arduino and Hardware.

We will first learn about the Arduino IDE and how we can install it

Then we will understand about the compilers and editors

Once we are done with these we will move to the basics of programming and understand why is it important to learn to program

Then we will create our first project which is blinking a led using our programming basics.

We will then understand about the simulation. Where we will learn to create projects without the hardware. All by using virtual tools.

Then we will move to programming concepts and will learn about the following.

Datatypes

Operators

Conditionals

Loops

Functions

With practical demonstrations in every concept

And once we are done with the programming we will again practice all of our skills in a polish programming module where we will create more than 5 projects to apply whatever we have learned.

Hardware

Now once we finish the programming. We will learn that how we can control the hardware using programming. There we will cover the following

We will learn to measure the light using an LDR sensor

Distance using Ultrasonic sensor

Line using a line sensor

Colour using the color sensor

Object using IR sensor

Motion using PIR sensor

Touch on the body using the Touch sensor

Temperature using DHT sensor

We will also learn about the motors and learn to run a DC motor

How to control the direction of a motor

Servo motor

Gear motors

Chasis

LCD and Oled displays

and will create mini projects with all of these components to understand their working perfectly

Automatic Robots

After learning Programming and Hardware we will apply our skills and create 3 projects in this part.

Which includes

A Laser Alarm System.

A-Line Following Robot

An Obstacle Avoiding Robot

App Development

Automatic robots were great and fun to create. But what if we can control the functions of a robot anytime. So for that, we will create our own apps using which we can control our robots anytime. Which we will learn in this part.

We will learn about the MIT app inventor and develop our skills in it

We will learn the front end and backend of an application

Our first app will be for controlling light

Then we will create 7 apps for all kinds of applications

We will create apps to control multiple functions

We will create apps to control motors and gears

We will create apps to control devices using our voice.

Post Controlled Robot

Once we got our skills in app development we will use those skills and develop our own mobile app-controlled projects where we will create two big projects.

A Mobile Controlled Rover

A Voice Controlled Robot

Course Curriculum

Chapter 1: Introduction to the Course

Lecture 1: Introduction to the course

Lecture 2: Learning by Building

Lecture 3: Whats Inside the Course

Lecture 4: What is an Arduino

Lecture 5: Arduino notes

Lecture 6: Why we need to learn Arduino

Lecture 7: How it all Works

Lecture 8: Some basic Components

Lecture 9: Any Doubts

Chapter 2: Part-1 Programming and Simulation

Lecture 1: Part-1 Programming and Simulation

Lecture 2: What is Programming

Lecture 3: Programming Notes

Lecture 4: Why we need to learn Programming

Chapter 3: Installing Arduino IDE

Lecture 1: Introduction to the Module

Lecture 2: What is Compiler and Editor

Lecture 3: Compiler Notes

Lecture 4: Installing Arduino IDE on MAC

Lecture 5: Installation steps on MAC

Lecture 6: Installing IDE on Windows

Lecture 7: Installation steps on Windows

Lecture 8: Download link for Arduino IDE

Lecture 9: IDE Basics

Lecture 10: Arduino IDE – Simple things you need to know

Chapter 4: Arduino Programming Basics

Lecture 1: Introduction to the Module

Lecture 2: Whats on the Board

Lecture 3: Components required in this module

Lecture 4: How to connect the Arduino

Lecture 5: How to write a Code

Lecture 6: First Program

Lecture 7: Code for this lecture

Lecture 8: Some basic Syntaxes

Lecture 9: Inbuilt Functions

Lecture 10: Constants

Lecture 11: Variables

Lecture 12: Code for this lecture

Lecture 13: Variables notes

Lecture 14: On Board Led

Lecture 15: Code for this lecture

Lecture 16: Saving the code

Lecture 17: Simulation

Lecture 18: Tinkercad

Lecture 19: Tinkercad link

Lecture 20: First Program on Tinkercad

Lecture 21: Code for this lecture

Lecture 22: Multi Leds on Tinkercad

Lecture 23: Code for this lecture

Chapter 5: Programming

Lecture 1: Components required

Lecture 2: Datatypes

Lecture 3: Datatypes part – 2

Lecture 4: Data types notes

Lecture 5: String

Lecture 6: Code for this lecture

Lecture 7: String notes

Lecture 8: Arrays

Lecture 9: Code for this lecture

Lecture 10: Arrays notes

Lecture 11: More on Arrays

Lecture 12: Code for this lecture

Lecture 13: Arithmetic Operators

Lecture 14: Comparison Operators

Lecture 15: Code for this lecture

Lecture 16: if-else conditions

Lecture 17: Code for this lecture

Lecture 18: if-else notes

Lecture 19: Functions

Lecture 20: Function-notes

Lecture 21: Loops

Lecture 22: Loops notes

Lecture 23: For loop

Lecture 24: Code for this lecture

Lecture 25: For loop notes

Lecture 26: Fading using loop

Lecture 27: Code for this lecture

Lecture 28: While loop

Lecture 29: Code for this lecture

Lecture 30: While loop notes

Lecture 31: Do-While loop

Lecture 32: Code for this lecture

Lecture 33: Do-While loop notes

Lecture 34: Continue statement

Lecture 35: Code for this lecture

Lecture 36: Continue

Lecture 37: Switch-case notes

Chapter 6: Polish Programming

Lecture 1: Introduction to this module

Lecture 2: Components required

Lecture 3: Problem-1 Blinker

Lecture 4: Solution for Blinker

Lecture 5: Code for this lecture

Lecture 6: Problem-2 Complex Blinker

Lecture 7: Complex Blinker solution

Lecture 8: Code for this lecture

Lecture 9: Problem-3 SOS morse code

Lecture 10: SOS morse code solution

Lecture 11: Code for this lecture

Instructors

Dev Nirwal
Instructer

Ritu Antil
Digital Marketing and Course Design

Rating Distribution

1 stars: 9 votes

2 stars: 3 votes

3 stars: 29 votes

4 stars: 99 votes

5 stars: 191 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!