Learn how to use Arduino hardware and software in this full course for beginners. Arduino is an easy-to-use, open-source electronics platform Arduino boards are able to read inputs - light on a sensor, a finger on a button, or a Twitter message - and turn it into an output - activating a motor, turning on an LED, publishing something online. You can tell your board what to do by sending a set of instructions to the microcontroller on the board.

No hardware is required for to follow along with this course!

✏️ Course developed by Ashish Bansal.

⭐️Course Contents ⭐️
Section 1: Objective of the course

• (0:00) Course Introduction

• (01:21) Section 2: Foundation of Electronics

• (01:36) Electricity

• (02:10) Static Electricity

• (03:37) Current Electricity

• (04:12) Voltage

• (06:09) Current

• (08:45) Resistance

• (10:05) Ohm’s Law

• (11:55) Ohm’s Law Example

• (13:46) Resistances in Series and Parallel

• (26:03) Resistance Color Coding

• (28:26) Section 3: Intro to Arduino Board

• (28:46) What is Microcontroller and Microprocessor

• (31:16) What category Arduino falls into?

• (31:33) Different Types of Arduino Boards

• (32:03) About Arduino

• (33:04) Parts of Arduino Uno

• (35:52) Technical Specifications of Arduino Uno

• Section 4: Intro to Arduino IDE

• (38:58) What is IDE?

• (40:14) Downloading and Installing the official IDE

• (41:51) Preparing your computer

• (43:08) Testing the Arduino.

• (44:22) What if you don’t have an Arduino board?

• (46:34) Section 5: Before we move ahead

• (47:04) What is breadboard?

• (49:16) How to make connections in breadboard?

• (1:00:10) Some safety instructions and Do’s and Don’ts

• (1:01:53) Input & Output

• (1:08:47) Analog & Digital

• (1:14:04) Bit & Byte

• (1:16:26) Section 6: Arduino Programming

• (1:16:46) Introduction

• (1:17:41) The First Step into Programming

• (1:19:37) Bare minimum structure of an Arduino Program

• (1:20:21) Comments

• (1:21:37) White Spaces and Case Sensitivity

• (1:24:06) pinMode

• (1:26:44) digitalWrite and delay

• (1:29:51) Camel casing

• Section 6.1 Introduction to Variables and Data Types

• (1:30:51) What are variables and data types

• (1:31:31) Int data type

• (1:35:11) Arithmetic operators

• (1:41:51) Incrementing and Decrementing our variables

• (1:44:14) Float data type

• (1:46:48) Bool/Boolean data type

• (1:49:24) Byte data type

• (1:50:27) Char data type

• (1:52:46) Conclusion

• Section 6.2 Variable Scope and Qualifiers

• (1:53:19) What is Scope? Global and Local Variables

• (1:57:59) What are Qualifiers, starting with const qualifier

• (1:59:51) Alternative to const qualifier: #define

• (2:01:55) Static Qualifier

• Section 6.2 Comparison and Logical Operators

• (2:04:25) What are comparison operators?

• (2:08:58) What are Logical Operators?

• (2:13:16) Section 6.3 Control Structures

• (2:14:21) if statement

• (2:20:47) else statement

• (2:24:24) A joke :P

• (2:25:10) if - else Simulation

• (2:29:27) Introduction to loop control structures

• (2:30:52) For loop

• (2:41:02) While loop

• (2:45:49) do…while loop

• (2:50:16) break

• (2:52:24) continue

• (2:55:05) return

• (2:56:41) switch…case

• Section 6.4 Remaining data types

• (3:01:30) Arrays

• (3:09:34) Strings

• Section 6.5 Functions

• (3:15:14) What are functions?

• (3:19:03) Create your own functions

• Section 6.6 Arduino Built-in Functions and related concepts

• (3:35:20) digitalRead & digitalWrite

• (3:41:49) analogRead and Analog to Digital Converter (ADC)

• (3:47:50) analogWrite and Pulse Width Modulation (PWM)

• Section 6.7 Libraries

• (3:56:25) What are Libraries?

• (3:59:22) How to add Libraries in Arduino IDE

• (4:02:30) What next?

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