The Complete Beginners Guide to Arduino - 2021

Description

This course, by best-selling Arduino author, Mike McRoberts, will take you from complete beginner to the confident and competent coder and electronics circuit builder. Even if you have never coded before or built a circuit, you will be guided through each carefully crafted lesson until you have the skills and knowledge to go it alone and bring your very own creations to life. Brand new for 2021 with new and updated content. This course comprises multiple projects, specifically designed to take you from a complete beginner to a capable and confident Arduino coder. You will start off with a tour of the Arduino board and what it is capable of, then you will learn the essential fundamental skills required to understand the C programming language that the Arduino uses. Next, an introduction to electronic fundamentals, then you will dive right into the step-by-step learning projects that have been carefully designed to start you off gently and introduce more coding and electronics concepts as you work your way through the curriculum. By the end of this course, you will have all the necessary skills to enable you to design from scratch and code your very own projects. The code bundle for this course is available at https://github.com/PacktPublishing/The-Complete-Beginners-Guide-to-The-Arduino-2021

What You Will Learn

Learn how to write code for the Arduino
Learn how to easily understand the Arduino language
Learn how to use and write code to read data from sensors
Learn how to build electronic circuits on a breadboard
Learn how to bring your interactive creations to life
Learn how to combine two Arduino sketches into one

Audience

This course is designed for complete beginners, beginners at the coding level, and beginners at the electronics level. It is also for people who want to build and program cool creations and beginner Arduino developers.

For this course, you would require the following: a laptop or PC, an Arduino Nano (or Uno, if you prefer), plus charging/programming USB cable, a breadboard, jumper wires, and basic electronic components such as buttons, LEDs, sensors, and so on, or a basic Arduino Starter Kit.

Approach

This is a complete hands-on practical course with multiple projects, specifically designed to take you from complete beginner to capable and confident Arduino coder.

Key Features

A practical and multiple projects-based course designed for complete beginner * Covers all the necessary concepts to code proficiently required to work with Arduino * The necessary skills and knowledge to design and build your own Arduino projects from scratch

Github Repo

https://github.com/PacktPublishing/The-Complete-Beginners-Guide-to-The-Arduino-2021

About the Author

Michael McRoberts

Michael (Mike) McRoberts, also known as 'TheArduinoGuy' on Twitter, has been programming Arduinos for well over 10 years, for personal use, for collaboration with other people's projects, and for commercial products. Mike discovered Arduino when he was looking to build a cloud sensor to help with his hobby of astrophotography. In researching the various techniques possible to detect levels of cloud coverage, he came across thermopile sensors and needed a way to take readings from one and send them to a laptop. Mike has run hundreds of Arduinos and Raspberry Pi workshops at various places around the UK and has built several devices using Arduino, ESP8266, ESp32, and Raspberry Pis, as well as other microcontrollers. In 2018, he won the Raspberry Pi robotics competition held at Cambridge University in England. He has also been authoring famous books on Arduino for beginners. Over the years, Mike has developed a teaching style that is especially suited to making complex subjects appear clear and simple. Mike takes a lot of time and effort to ensure every lecture is clear and easily understandable to even the most inexperienced student.

Course Outline

1. Introduction to The Complete Beginners Guide to The Arduino course

2. Introduction to the Arduino

3. Programming Fundamentals

4. Electronic Fundamentals

5. Step by Step Learning with Arduino Projects