Connect Arduino with Smartphone Sensors for Smart Projects

Arduino Interfacing with Sensors in Your Smartphone

Use your Mobile Sensors to test, run and prototype embedded systems projects and unleash your Smartphone hidden power.

Created by : Rated :4.3 586 views

Last Updated: 2024-11-26 09:11:30 English Course Type: Self Learning

Introduction to Arduino
Introduction to Smartphone Sensors
Create Your Own Mobile Application without any Coding experience
Reading your Smartphone sensors data to test and prototype your Arduino projects
Establishing communication through USB connection
Serial Communication between Arduino and Smartphones
Writing proper codes to collect readings from different sensors available in Smartphones

Unleash the Hidden Power of Your Smartphone with Arduino Interfacing and Sensor Integration!

Are you ready to unlock the full potential of your smartphone and embark on a thrilling journey into the world of Arduino interfacing and sensor integration? If so, then I have great news for you! For a limited time, I am offering my course, "Arduino Interfacing with Sensors in Your Smartphone," at an exclusive discount of up to 90% off for the first 10 students to join!

In this comprehensive course, we will delve into the fascinating realm of embedded systems projects, where detectors play a crucial role. Often, acquiring the necessary sensors for testing purposes can be a hassle, with limited local availability and long shipping times from online shops. However, did you know that your smartphone already possesses a plethora of fundamental detectors, such as proximity, accelerometer, light, magnetometer, and gyroscope? By leveraging these sensors, we can seamlessly integrate them into our Arduino systems, enabling us to prototype and test quickly.

Here's what you can expect from this course:

Seven hours of on-demand video content, divided into 14 sections and 71 lectures, ensuring a comprehensive learning experience.

Eight papers and six downloadable resources that will supplement your understanding of the course material.

Bonuses that will enhance your learning journey and make it even more enjoyable.

Throughout the course, you will gain invaluable knowledge on how to harness the power of your Android smartphone's sensors to communicate with Arduino effectively. From learning the basics of project ideation to constructing a mobile app without coding, from implementing serial communication to utilizing MIT App Inventor, we will cover it all. Moreover, you will master the art of writing Arduino code to extract data from mobile sensors and creating physical connections to bring your projects to life.

Here's a glimpse of the topics we will cover:

Understanding the concept behind the project and its potential applications.

Fabricating a mobile app without any prior coding experience.

Implementing serial communication between your smartphone and Arduino.

Harnessing the capabilities of MIT App Inventor to create powerful Android apps for Arduino.

Exploring the functionalities of various sensors, including proximity, light, accelerometer, gyroscope, and magnetometer, and learning how to effectively utilize them in your projects.

By the end of this course, you will possess a comprehensive understanding of Arduino interfacing with smartphone sensors. You will gain hands-on experience in creating your own applications and harnessing the power of mobile sensors to test and enhance your upcoming Arduino projects.

What sets us apart as your educators is our extensive expertise and experience in the field. With 13 years of experience in both teaching and practical projects, our educational engineering team has been deeply immersed in the programming and micro-controlling industry since 2007. We take pride in delivering courses that are easy to comprehend and follow, ensuring that aspiring learners like you can thrive in this field. Our ultimate goal is to inspire more individuals to pursue a career in this exciting and innovative domain.

Seize this opportunity now to enhance your skills and broaden your horizons! Simply click the "Enroll" button below to secure your spot in this transformative course.

Computer/Laptop
All Softwares needed for this course are provided during the lecture

Anyone who wants to Create Your Own Mobile Application without any Coding experience
Anyone who wants to unleash smartphone power by interfacing smartphone sensors with Arduino
Anyone who is looking for an easy way to test magnetometers, biometrics, accelerometers and other sensors without having to buy them
Anyone who wants develop competency in the area of Arduino and Sensors Interfacing
Professionals working in the Embedded Systems Industry
Engineering Students
Researchers
Teaching professionals

Section 1 : Introduction and Getting Started 1 Lectures 00:00:00
Lecture 1 :
Introduction Preview
Section 2 : Hardware and Software Requirements 3 Lectures 00:00:00
Lecture 1 :
Hardware and Software Requirements
Lecture 2 :
Download and Install MIT App Inventor
Lecture 3 :
Download and Install Arduino Pro IDE
Section 3 : Setting Up App Inventor 1 Lectures 00:00:00
Lecture 1 :
What is App Inventor
Section 4 : Designer and Blocks Editor 1 Lectures 00:00:00
Lecture 1 :
MIT App Inventor User Interface Explained
Section 5 : First Mobile App to Control Arduino 3 Lectures 00:00:00
Lecture 1 :
Make your first Mobile App - Blink LED
Lecture 2 :
Code your Arduino - Blink LED
Lecture 3 :
Practical Testing
Section 6 : Proximity Sensor 1 Lectures 00:00:00
Lecture 1 :
Proximity Sensor Mobile App
Section 7 : Light Sensor 2 Lectures 00:03:00
Lecture 1 :
Light Sensor Mobile App and Arduino Code
Lecture 2 :
11 Practical Testing
Section 8 : Accelerometer Sensor 2 Lectures 00:00:00
Lecture 1 :
Accelerometer Sensor Mobile App
Lecture 2 :
Coding Accelerometer Sensor
Section 9 : Gyroscope Sensor 1 Lectures 00:00:00
Lecture 1 :
Gyroscope Sensor Mobile App and Arduino Code
Section 10 : Magnetometer Sensor 1 Lectures 00:00:00
Lecture 1 :
Magnetometer Sensor Mobile App and Arduino Code
Section 11 : Make Android App With Zero Experience MIT App Inventor 11 Lectures 00:00:00
Lecture 1 :
What can you do and system requirements
Lecture 2 :
What is app inventor in More Details
Lecture 3 :
Java Vs App Inventor
Lecture 4 :
Why using App Inventor
Lecture 5 :
App Architecture
Lecture 6 :
Lets start Making Apps
Lecture 7 :
First App Add Items and Start Programming with Blocks
Lecture 8 :
First App Testing and Running the App using Emulator
Lecture 9 :
First App Testing and Running with USB or APK File
Lecture 10 :
Resources you need to visit to Create Better Apps
Lecture 11 :
How to Create a website for your app for free and take credit for it
Section 12 : Android Apps for Arduino with MIT App Inventor without Coding 25 Lectures 00:00:00
Lecture 1 :
App Inventor Overview
Lecture 2 :
An App Challenge
Lecture 3 :
System Requirements
Lecture 4 :
AppInventor Vs Java and C
Lecture 5 :
Why App Inventor Works
Lecture 6 :
App Architecture
Lecture 7 :
Download and Install App Inventor on Your Device
Lecture 8 :
AppInventor UserInterface With Example
Lecture 9 :
Arduino Coding for Led On Off Practical Example
Lecture 10 :
Making an Android App for Led On Off Practical Example
Lecture 11 :
Testing On Off App with Arduino
Lecture 12 :
Make a Log In Protected Led Control App
Lecture 13 :
Slider Application to Control Led Brightness
Lecture 14 :
Slider Practical
Lecture 15 :
Practical Connect Bluetooth Module
Lecture 16 :
RGB Led Controller Android Application
Lecture 17 :
RGB LED Arduino Coding
Lecture 18 :
Sensor Readings Arduino Coding
Lecture 19 :
Sensor Readings Android Application
Lecture 20 :
Relay On Off Simple Example
Lecture 21 :
LCD Text Arduino Coding
Lecture 22 :
LCD Text Android Application
Lecture 23 :
Remote Controlled Robot Android Application
Lecture 24 :
Remote Controlled Robot Arduino Coding
Lecture 25 :
Make Money with MIT App Inventor Apps
Section 13 : Reading Analog Sensor with Arduino 8 Lectures 00:00:00
Lecture 1 :
How to read analog sensors using Arduino
Lecture 2 :
Software Requirements
Lecture 3 :
Wiring Analog Sensors to Arduino
Lecture 4 :
Writing code to collect reading from analog sensors
Lecture 5 :
Practical Analog Sensor Testing
Lecture 6 :
Analyze and convert Sensor Reading
Lecture 7 :
Manipulating Sensors Reading
Lecture 8 :
ADC in Arduino Explained

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Yes. All of the courses comes with online video based lectures created by certified instructors. Instructors have crafted these courses with a blend of high quality interactive videos, lectures, quizzes & real world projects to give you an indepth knowledge about the topic.
Can i play & pause the course as per my convenience?
Yes absolutely & thats one of the advantage of self-paced courses. You can anytime pause or resume the course & come back & forth from one lecture to another lecture, play the videos mulitple times & so on.
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Most of these courses have general questions & answers already covered within the course lectures. However, if you need any further help from the instructor, you can use the inbuilt Chat with Instructor option to send a message to an instructor & they will reply you within 24 hours. You can ask as many questions as you want.
Do i need a pc to access the course or can i do it on mobile & tablet as well?
Brilliant question? Isn't it? You can access the courses on any device like PC, Mobile, Tablet & even on a smart tv. For mobile & a tablet you can download the Learnfly android or an iOS app. If mobile app is not available in your country, you can access the course directly by visting our website, its fully mobile friendly.
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Ashraf Al Madhoun,

10429 Course Views

124 Courses

My passion is inspiring people through online courses. I love learning new skills, and since 2007 have been teaching people like you everything I know. Through my online learning business, Educational Engineering School, I create courses that teach you how to become the better version of yourself with all kinds of skills. What would you like to learn? Would you like to make money being an Embedded System Developer? Would you like to build your own 6-figure business? Would you like to learn how to code, circuit design or solder electronic components? Would you like to make better projects? Would you like to start an embedded system career, create great projects, kick start an idea, program, simulate, and create PCB Boards, launch a freelance career? If you want to do any of these things, just enroll in the course. You have a 30-day money back guarantee if you don't like it. And I'm always improving my courses so that they stay up to date and the best that they can be. Check them out, and enroll today!