Master The Art of CC++ programming with Arduino | 2022

Master The Art of CC++ programming with Arduino | 2022, available at Free, has an average rating of 3.45, with 45 lectures, based on 149 reviews, and has 12969 subscribers.

You will learn about What is an Arduino How to use the Arduino IDE Basic of C and Arduino programming How an Arduino program is executed How to write an Arduino code and upload it How to build a basic electronic circuit with breadboard and wires How to use Arduino's analog and digital pins Most popular Arduino's functions How to debug an Arduino code using the Serial Monitor Practice with basic Electronic components: Buttons, Potentiometers and LEDs The basic of Arduino programming to make your IoT and Robotic project This course is ideal for individuals who are People interested in Arduino, Electronic, IoT and Robotics or People interested in Arduino and C programming language or Students or Makers or Engineers or Hobbyst or Creatives or STEM educators It is particularly useful for People interested in Arduino, Electronic, IoT and Robotics or People interested in Arduino and C programming language or Students or Makers or Engineers or Hobbyst or Creatives or STEM educators.

Enroll now: Master The Art of CC++ programming with Arduino | 2022

Summary

Title: Master The Art of CC++ programming with Arduino | 2022

Price: Free

Average Rating: 3.45

Number of Lectures: 45

Number of Published Lectures: 45

Number of Curriculum Items: 45

Number of Published Curriculum Objects: 45

Original Price: Free

Quality Status: approved

Status: Live

What You Will Learn

What is an Arduino
How to use the Arduino IDE
Basic of C and Arduino programming
How an Arduino program is executed
How to write an Arduino code and upload it
How to build a basic electronic circuit with breadboard and wires
How to use Arduino's analog and digital pins
Most popular Arduino's functions
How to debug an Arduino code using the Serial Monitor
Practice with basic Electronic components: Buttons, Potentiometers and LEDs
The basic of Arduino programming to make your IoT and Robotic project

Who Should Attend

People interested in Arduino, Electronic, IoT and Robotics
People interested in Arduino and C programming language
Students
Makers
Engineers
Hobbyst
Creatives
STEM educators

Target Audiences

People interested in Arduino, Electronic, IoT and Robotics
People interested in Arduino and C programming language
Students
Makers
Engineers
Hobbyst
Creatives
STEM educators

I will introduce beginners to all the fundamentals of the Arduino programming language and the IDE to understand and practice how to write their own Arduino program from scratch. You will learn all the fundamentals of the C and C++ programming applied to an Arduino Uno board and practice your Computational Thinking with several exercise that will teach you how to write autonomously a Code from scratch without making blind Copy & Paste of others programmer’s code. You’ll both master how to use an Arduino Uno Board and the Arduino programming language to bring your ideas into functionals and well written Code.

The course follow a Step by Step approach specifically tailored for Beginners with no prior experience with Programming and Arduino and will clearly explain all concepts, starting from the very basic to the most advanced, and many insights to effectively understand how to use the C and C++ programming in many real case examples.

Step by step explanation of:

Anatomy of an Arduino Uno Board
The Breadboard and its usage
The Arduino IDE: installation and overall functionalities
How connect you Arduino and upload a program
Difference between Analog and Digital pins
How to use Digital pins + Step By Step examples
How to use Analog pins + Step by Step examples
What is PWM and how to use it
How to use the Serial communication and the Serial Monitor
And Much Much more

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Who is this course designed for?

You are curious about how

Are you passionate of Arduino but you have no prior experience with C Programming?
Are you interested in Electronic and Robotics?
Are you diving into the beautiful world of the IoT with Arduino?
Are you creating your custom PCB design based on the AVR Microcontroller using Altium or Kicad?
Are you just starting with Embedded C for creating your own embedded system?

In all this case achieving a strong understanding of the Arduino programming language could be extremely useful for your intent. Learning the basic of the C programming language is the base of every microcontroller based project and starting with Arduino is an exceptional occasion to dive into this beautiful world with a more simplified approach.

Start your learning journey with my course and have fun acquiring such powerful skill!

Course Curriculum

Chapter 1: Introduction to Arduino

Lecture 1: What is Arduino

Lecture 2: Anatomy of Arduino

Lecture 3: The breadboard

Lecture 4: The Arduino IDE

Lecture 5: EXERCISE #1 – The "Hello World" program

Chapter 2: Using Arduino's Pin

Lecture 1: Digital Pins

Lecture 2: EXERCISE #2 – Blink an LED

Lecture 3: EXERCISE #3 – Use a Button

Lecture 4: EXERCISE #4 – Use LED + Button

Lecture 5: Analog Pins

Lecture 6: EXERCISE #5: Use a Potentiometer

Lecture 7: analogWrite()

Lecture 8: EXERCISE #6 – Dimmer an LED

Lecture 9: EXERCISE #7 – Play a tone with a Buzzer

Chapter 3: Arduino Programming Language- Part 1

Lecture 1: Main components of a program

Lecture 2: Variables

Lecture 3: EXERCISE #7 – Count Seconds

Lecture 4: Functions

Lecture 5: EXERCISE #8 – Write a function

Lecture 6: Arrays

Lecture 7: EXERCISE #9 – How to use arrays

Lecture 8: EXERCISE #10 – Play Music using arrays

Chapter 4: Arduino Programming Language – Part 2

Lecture 1: Control Flow

Lecture 2: "If else" Statement

Lecture 3: Conditional operators

Lecture 4: Exercise #10 – Combine many buttons

Lecture 5: EXERCISE #11 – Non Blocking delay Function

Lecture 6: Loops

Lecture 7: Exercise #11 – Control many LEDs

Lecture 8: "Switch" Statement

Lecture 9: EXERCISE #12: Level Indicator

Chapter 5: Advanced Programming – Part 1

Lecture 1: EXERCISE #13 – Dimmer many LEDs with a single Pot

Lecture 2: EXERCISE #14 – Make a Music Keyboard

Lecture 3: EXERCISE #14 – Make a Tone Sequencer

Lecture 4: EXERCISE #15 – Your First LED Game

Chapter 6: Advanced Programming – Part 2

Lecture 1: Introduction to FSM

Lecture 2: EXERCISE #16 – Your first FSM

Lecture 3: EXERCISE #17 – Password protected safe

Chapter 7: Mastering the Serial Library

Lecture 1: How to use the Serial Monitor

Lecture 2: Write to Serial Monitor

Lecture 3: Read from Serial Monitor

Lecture 4: Exercise #9 – Receive Commands from Serial Monitor

Chapter 8: Final Project

Lecture 1: EXERCISE #20 – Final Project

Chapter 9: Conclusion

Lecture 1: What you've learnt

Lecture 2: What's next?

Instructors

Luca Zambuto
Electronic & Firmware Engineer

Rating Distribution

1 stars: 12 votes
2 stars: 3 votes
3 stars: 18 votes
4 stars: 38 votes
5 stars: 78 votes

Frequently Asked Questions

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

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