Arduino R4 Wifi Level 0
IoT For Absolute Beginners
Overview
We believe that anyone can start learning, even as an absolute beginner. Our Arduino microcontroller course is designed to guide you through every step, making the learning process simple and straightforward. No programming language knowledge? No worries—we’ll teach you everything you need to know. Just get ready with an Arduino kit or if you don’t have —just click the link to checkout our kit.
Chapters
Chapter 1
Introduction to Arduino R4 WiFi: A beginner’s guide to getting started with Arduino UNO R4 WiFi
Chapter 2
Understanding the Breadboard: How It Works, Connecting Electrical Circuits with Jumper Wires, and More
Chapter 3
Calculating a current-limiting resistor using Ohm’s law
Chapter 4
Blink a LED , Binary Number and its importance
Chapter 5
Doing Math in Binary and Creating a Binary Counter
Chapter 6
Understanding Variables in the Sketch
Chapter 7
Understanding the use of Serial port to print on the serial monitor
Chapter 8
Analog Voltage with the arduino UNO R4 WiFi
Chapter 9
Understanding the PWM of Analog Voltage
Chapter 10
Using Analog Read command
Chapter 11
Building a Dimmable LED with Potentiometer
Chapter 12
Read the User input from the Serial monitor
Chapter 13
Controlling an LED based on user input from the serial monitor
Chapter 14
Using “if” Statement and condition
Chapter 15
Understanding RGB LEDs and Mixing Primary Colors with an RGB LED
Chapter 16
Understanding and Using “For” Loop in Arduion R4 Wifi
Chapter 17
Undestanding and Using “while” Loop in the sketch
Chapter 18
Interacting a Servo motor and Controlling it using Potententiometer
Chapter 19
Using a Push Button as a Toggle Switch with Pull-Up and Pull-Down
Chapter 20
Lear to controll RGB LED color with a Push Button
Chapter 21
Activating Internal PullUP resistor on Arduino R4 WiFi with coding
Chapter 22
Understanding and Using LED Matrix on the Arduino R4 WiFi
Chapter 23
Building a bouncing Pixel with Matrix
Chapter 24
Creating ONE player PONG game on the Matrix
Chapter 25
Coding of DHT11 to Measure Temperature and Humidity
Chapter 26
Displaying temperature and humidity values on an LED matrix
Chapter 27
Understanding Photo Resistor and Controlling a DC Motor with it
Chapter 28
Using ARRAY and Finding average of an Array of number with Arduino
Chapter 29
Arranging an array of grades in order on an Arduino
Chapter 30
Grasping the concepts of scope, as well as global and local variables
Chapter 31
Explanation of Arduino functions, including the use of local variables, and how to control LED brightness using functions
Requirements:
- No prior programming experience needed.
- A basic understanding of or interest in hardware.
Audience:
- Beginner developers
- Hardware and software technicians
- Technical professionals across various industries
- Hobbyists
Rs. 50000
+ GST
Details
Beginner
2 Hours/ Day
Prerequisites
Arduino Kit