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The Arduino Uno and programmed technology can be used to operate a car equipped with motors and sensors.

This course covers:

This 6.5 hours ondemand video will provide you with the skills and knowledge to create Arduino car projects from scratch. You'll learn how to wire and connect components, program your Arduino microcontroller and utilize Bluetooth technology. With this course, you get full lifetime access to the videos so you can watch them whenever it's convenient for you. And, if you need to take a break or switch to a different device, you can access the videos on mobile and TV. Finally, after completing this course, you will receive a certificate of completion.

What will be learned

Using an Arduino Uno to control two DC motors is a great way to create an autonomous vehicle. The Arduino can be programmed to accept controls from a wired joystick, or even from your smartphone using Wifi or Bluetooth BLE.

In order to move the car, you will need to connect the DC motors to the Arduino board. You can do this by connecting each motor to its own digital output pin, and then sending a signal from the Arduino code to turn them on or off. Then, you can use two separate power supplies to power the Arduino and the motors, respectively.

In addition to controlling the motors, you may also want to add some additional sensors such as an infrared receiver and remote for wireless control, a distance sensor for obstacle avoidance, and a line sensor for autonomous steering. Finally, you can also add a buzzer to create audible signals when the car detects an obstacle or reaches its destination.

By the end of this course, you will have all the knowledge necessary to build your own Arduino car projects from scratch!

About the author

Dr. Peter Dalmaris is an individual with a background in education, electrical engineering, electronics hobbyism, and making. The individual is a creator of online video courses on DIY electronics, an author of three technical books, and has recently published a book titled "Maker Education Revolution."

Peter has been the Chief Tech Explorer at Tech Explorations, a company he founded in Sydney, Australia, since 2013. His objective is to explore technology and assist in educating people worldwide.

Tech Explorations provides educational courses and Bootcamps designed for electronics hobbyists, STEM students, and STEM teachers.

Peter is skilled in explaining complex ideas through both video and written formats, and values continuous learning throughout his life. Peter has 15+ years of teaching experience at the tertiary level and has developed an effective teaching style that is appreciated by students worldwide.

His interest in technology, specifically in the realm of DIY open source hardware, has strongly influenced his personal growth and work at Tech Explorations.

Peter's online courses have assisted a significant number of individuals worldwide in improving their skills as Makers, totaling over 60,000.

To obtain additional information on Peter's work, please visit his website at techexplorations.com.

Requirements

Arduino is a popular open-source microcontroller platform that can be used for a variety of DIY electronics projects, including car projects. Programming Arduino for car applications involves connecting the microcontroller to various car sensors, actuators, and other components. Wiring the Arduino board is relatively straightforward: the board has several digital pins and analog pins used to connect components like servos, LEDs, or motors .

In order to get the most out of this course, you should have an understanding of basic Arduino programming and wiring. If you are new to Arduino, we recommend that you first take our introductory Arduino course before starting this one.

Description

Arduino Car Projects is recommended for individuals who are new to Arduino and those who have completed the Arduino Step by Step Getting Started program.

The Arduino Uno can be used in conjunction with programs to operate a car equipped with motors and sensors.

To operate your Arduino car, utilize a joystick, an infrared controller, and a smartphone.

In this course, you will have the chance to utilize your newly acquired knowledge of Arduino through a set of small projects with a shared theme - the Arduino Car.

Discover the process of integrating different hardware elements to construct an Arduino vehicle with entertaining functionalities. You have the option to operate your car using a joystick or your phone. This course teaches how to wire motors and decode signals from an infrared controller, among other skills.

The course covers fundamental skills in Arduino and programming by utilizing a series of mini-projects that gradually increase in complexity.

The mini-projects provide opportunities to delve into intriguing hardware and programming subjects.

One project involves exploring vehicle safety through the use of an ultrasonic distance sensor.

In a separate project, the process of controlling the Arduino car using a smartphone will be taught.

The course will cover programming motors, utilizing sensor input for automation, and examining different ways to manage your vehicle.

This course will provide instruction in software skills, including:

This article explains the process of programming car functions using an infrared remote control.

Learn how to utilize Bluetooth Low Energy, your smartphone, and the ArduinoBlue library to manage the Arduino car.

Learn how to control the Arduino car and its peripherals using the ESP01S wifi module, the Blink cloud platform, and a smartphone.

Strategies for compensating for small variations between motors that impact the car's driving performance.

Learn how to utilize the distance sensor to avoid collisions.

There are two distinct methods for regulating the speed of DC motors.

This course will teach you how to utilize an Arduino Uno alongside different peripherals:

• The use of one or two DC motors can be facilitated by a motor controller module.
• A joystick that is analog.
• The device is an infrared sensor that can receive encoded commands from an infrared remote control.
• A device that measures distance using ultrasound.
• The sound of a buzzer.
• The package includes two radio frequency communications modules.
• This is a Bluetooth BLE module designed for near-field connectivity.
• The ESP01S Wifi module enables Internet connectivity.

The tutorial includes instructions on how to use batteries to power the Arduino motor project and separate the sub-circuits.

What equipment is required?

To complete this course, you will need an Arduino Uno or similar board, as well as a car chassis, motors, sensors, wires and additional components.

The required hardware is not provided in this course and must be obtained separately.

The items can be bought as part of a kit offered by Sunfounder, or individually from any preferred retailer.

For a comprehensive list of necessary hardware for this course, please refer to the hardware lecture, which is available to watch for free prior to purchasing the course.

This course is intended for:

Whether you’re a beginner to Arduino or a more experienced user, there are plenty of projects that you can tackle with your new skills. One of the most popular projects for beginners is creating an Arduino-powered car. This project requires some basic soldering and coding knowledge to build, but it’s still relatively simple and straightforward.