IT & Software > Hardware
12.5 h
£59.99 Free for 3 days
Master Arduino: 15+ Hands-on Electronics Projects
What you will learn:
- Arduino Programming
- Electronics Fundamentals
- Project Development
- Sensor Integration
Description
Tired of Arduino tutorials that leave you more confused than enlightened? This comprehensive Italian Arduino course provides a practical, step-by-step approach to mastering electronics and building 15+ amazing projects. We go beyond simple code snippets – you'll understand the why behind each project.
Whether you're a complete novice or have some Arduino experience, this course is perfect. We start with the fundamentals: Arduino pin functionality, how electronic components work, and a deep dive into the Arduino IDE. You'll learn through practical examples and gain a solid grasp of programming concepts, building your skills gradually.
Many projects use Tinkercad, so you can start building even without the necessary hardware! We'll cover digital and analog pins, sensors, LEDs, potentiometers, loops, arrays, matrices, and much more. You'll build a range of projects, from simple LEDs to advanced applications like a binary clock and an intrusion detector. By the end, you'll be a confident maker capable of tackling increasingly complex projects.
This course isn't just about following instructions; it's about truly understanding how things work. Let us help you transform from a beginner to an Arduino expert! Enroll now and start building!
Curriculum
Introduction
This introductory section lays the groundwork for your Arduino journey. You'll learn about Arduino boards (including the UNO), install the Arduino IDE, and get hands-on practice connecting your board and uploading your first sketch. We also introduce Tinkercad for those eager to start prototyping virtually. Lectures include: What is Arduino, Arduino Board Types, Installing the Arduino IDE, Connecting Your Arduino, and more.
Hello Arduino!
Dive into the fundamentals of Arduino programming. This section covers essential concepts like `void setup` and `void loop`, variables, methods (including declaration, parameters, return values, and overloading), digital and analog inputs/outputs, PWM, and the Serial class. You'll build a strong foundation to tackle the projects that follow.
Project - Hello LED!
Build your first project: a simple LED circuit. This section covers the LED component, `pinMode`, `digitalWrite`, `delay`, Ohm's Law, resistor calculations, and integrating components on a breadboard. This hands-on experience reinforces the fundamentals.
The Test Board, Protoboard or Breadboard
Familiarize yourself with the breadboard, a key tool for prototyping electronics. Learn how to effectively use it by building the "Ciao LED" project on the breadboard, solidifying your understanding of connections and practical assembly.
Project - Light Reactive LED
Build a light-reactive LED circuit using a photoresistor. This section covers the photoresistor component, `analogRead`, voltage dividers, the `map` method, and hands-on assembly. You will apply your understanding of analog inputs and sensors.
Project - Create a Mood Lamp
Create a mood lamp using an RGB LED. Learn to work with RGB LEDs, the `analogWrite` method for controlling brightness, and build the circuit and code to create a dynamic lighting effect. This is a great way to see how to use multiple components together.
Project - Changing RGB LED colors in real time with potentiometers
This project combines your knowledge of RGB LEDs and introduces the potentiometer. You will learn how to control the color of your RGB LED using the potentiometer, offering interactive control of the light.
Conditional Structures
Master conditional logic with this section on Boolean expressions, variables, operators (logical, relational, and bitwise), `if` statements, and `switch` statements. You'll learn how to control code flow based on conditions.
Project - Turn on a LED with a Button
Build a simple LED circuit controlled by a button. This project reinforces your understanding of conditional logic and introduces `digitalRead` along with proper handling of pull up and pull down resistors.
Project - Create an Electric Piano with Buttons and a Buzzer
Create a musical instrument using buttons and a buzzer. This project covers the buzzer component and integrates multiple buttons to produce different tones, showcasing practical application of conditional logic and multiple inputs.
Il Ciclo di Controllo while con Arduino
Learn about the `while` loop and use it to calibrate the values of a photoresistor, demonstrating dynamic control based on sensor readings. This shows a practical use of looping structures.
Il Ciclo di Controllo for con Arduino
This section introduces the `for` loop and demonstrates its use in simplifying code and integrating a potentiometer to control a light display. You'll see its effectiveness in handling repetitive tasks.
Array in Arduino
Learn about arrays and how to use them to simplify code and manage multiple LED states in the "Knight Rider" project. This improves code structure and efficiency.
Progetto Led Bar
Build an LED bar project to apply your array skills. This is a shorter project that lets you refine your skills in using arrays.
Progetto - Orologio Binario
Create a binary clock! This project significantly expands on the skills you have learned and involves a more complex circuit and programming logic. It's an excellent showcase for your growing abilities.
Progetto - Pianoforte elettronico con Array
Rebuild the electric piano, this time using arrays to organize the notes. This improves the code structure and makes it easier to manage.
Array bidimensionali
This section introduces 2D arrays and how to traverse them using algorithms. These are crucial for working with more complex data structures.
Progetto - Matrice di LED
Build a project using a LED matrix to display patterns and letters. This involves using 2D arrays to control individual LEDs on the matrix, further strengthening your knowledge of data structures and their application.
Progetto - Tastiera per validare PIN
Build a PIN validation system using a keypad. This project will introduce the byte data type and cover the use of keypads for input. This is a more advanced project involving complex interaction with input devices.
Progetto - Rilevatore di intrusi
Create an intrusion detector using sensors and actuators. This project will test your knowledge of multiple components and conditional logic. This showcases the combined use of various concepts.
Progetto - Stazione Meteorologica
Build a weather station, incorporating sensors and an LCD display. This substantial project demonstrates advanced concepts and is a great final project to test your overall knowledge.
Progetto - Misuratore di distanza con il sensore HC-SR04 e schermo LED
Build a distance measuring device using the HC-SR04 sensor and an LED screen, implementing your skills in various aspects of electronics and programming.
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