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Fundamentals of Arduino and Sensors with C/C++

Name: Fundamentals of Arduino and Sensors with C/C++
Rating: 4.5 (25 reviews)

Created byKane Pereira ?

Last updated 3/2023

English

What you'll learn

Master the fundamentals of C/C++ for Arduino applications
Gain ability to read wiring diagrams
Learn to build electronic circuits from scratch
Learn electrical troubleshooting skills
Learn how to troubleshoot arduino code with live examples
Gain confidence in coding ability
Gain confidence with wiring up sensors and electronics

Course content

9 sections • 21 lectures • 1h 16m total length

Introduction0:47
Exercise: Join Our Online Community!

Bread Board Introduction2:45
This video goes through the layout of the bread board and how it works.
Bread Board Circuit Theory4:36
This video covers the circuit that we will be building using the bread board through an electrical diagram.
Bread Board Circuit - Build5:52
Students will build the circuit covered in the previous lecture using knowledge of the electrical diagram and bread board.

Arduino KY-306 Touch Sensor - Wiring2:59
Students will learn how to wire up a circuit using the KY-306 Touch Sensor with the Arduino.
Arduino KY-306 Touch Sensor - Code3:15
Students will write up the arduino code so they can use the KY-306 Touch Sensor.
Arduino KY-306 Touch Sensor - Code Installed0:38
Students get to see how the KY-306 Touch Sensor works once the circuit is wired up and the code is installed.

Arduino KY-002 Vibration Sensor - Wiring6:28
Students will learn how to wire up a circuit using the KY-002 Vibration Sensor with the Arduino.
Arduino KY-002 Vibration Sensor - Code5:52
Students will write up the arduino code so they can use the KY-002 Vibration Sensor.
Arduino KY-002 Vibration Sensor - Code Installed1:23
Students get to see how the KY-002 Vibration Sensor works once the circuit is wired up and the code is installed.

Arduino Water Level Sensor - Wiring6:08
Students will learn how to wire up a circuit using the Water Level Sensor with the Arduino.
Arduino Water Level Sensor - Code6:39
Students will write up the arduino code so they can use the Water Level Sensor.
Arduino Water Level Sensor - Code Installed1:45
Students get to see how the Water Level Sensor works once the circuit is wired up and the code is installed.

Arduino KY-16 Flame Sensor - Wiring4:35
Students will learn how to wire up a circuit using the KY-16 Flame Sensor with the Arduino.
Arduino KY-16 Flame Sensor - Code3:46
Students will write up the arduino code so they can use the KY-16 Flame Sensor.
Arduino KY16 Flame Sensor - Code Installed1:32
Students get to see how the KY-16 Flame Sensor works once the circuit is wired up and the code is installed.

Arduino - 16x2 LCD Display No Potentiometer - Wiring7:20
Students get to see how the 16x2 LCD Display No Potentiometer works once the circuit is wired up and the code is installed.
Arduino - 16x2 LCD Display No Potentiometer - Code6:39
Students will write up the arduino code so they can use the 16x2 LCD Display No Potentiometer.
Arduino - 16x2 LCD Display No Potentiometer - Code Installed0:55
Students get to see how the 16x2 LCD Display No Potentiometer works once the circuit is wired up and the code is installed.

Requirements

No prior experience needed!
Arduino Uno R3 (or equivalent)
Kuman 37-in-1 Sensor Kit
Jumper Wires (10x Male to Male, 10x Male to Female, 10x Female to Female)

Description

Learn programming and electronics skills from the comfort of your home!

It doesn't take years of school or a 4 month boot camp to start tinkering with sensors and building fun projects.

The best time to start is today. You will learn the fundamental principles of programming and electronics in this short but value packed course!

You will learn how to read and understand electrical schematics which are key to the design of any electronic circuit.

You will learn all of the necessary techniques needed to build and program electronic circuits without any of the fluff. All the skills learnt in this course can be applied right away and are transferable to other future projects or applications that you may encounter both in the course and in the future.

Gain confidence in your ability to read an electric diagram, and program sensors.

Get involved with the latest IoT trends by working with sensors and gain a deeper understanding of where you can use your skillset in todays job market.

Learn how to troubleshoot your circuit using programming techniques taught in this course!

If you have not yet used an Arduino this course shows you all of the key information needed to start building with the Arduino right away.

Skip the overwhelming process of figuring out where to start on your transition in to tech through guided step-by-step projects that are fun and interactive.

WHO THIS COURSE IS FOR:

People with no technical background interested in getting into tech
Freelancers that want to get a feel for Arduino based projects
Hobbyists
New grads that want to build a portfolio project
Those who want to pursue a career in electronics or programming
Teachers who want to introduce their students to IoT concepts

Who this course is for:

Beginner developers, hobbyists and anyone interested in programming and electronics with no experience.
Working with the Arduino and other electronic devices can be overwhelming at times. I created this course so anyone can start at any level of experience in this guided process!

Fundamentals of Arduino and Sensors with C/C++

What you'll learn

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Course content

Introduction1 lecture • 1min

Part 1 - Intro to Arduino Software1 lecture • 2min

Part 2 - Bread Board Circuit3 lectures • 13min

Part 3 - KY-306 Touch Sensor3 lectures • 7min

Part 4 - KY-002 Vibration Sensor3 lectures • 14min

Part 5 - Water Level Sensor3 lectures • 15min

Part 6 - KY16 Flame Sensor3 lectures • 10min

BONUS! - 16x2 LCD Display No Potentiometer3 lectures • 15min

Conclusion1 lecture • 1min

Requirements

Description

Who this course is for: