Autoplay
Autocomplete
Previous Lesson
Complete and Continue
Building Internet of Things Projects with Arduino IOT Cloud
Introduction
Please Watch - What to expect in this course (6:25)
What is the Internet of Things? (3:10)
What is the Arduino IoT Cloud? (3:34)
Understanding Arduino IoT Cloud Terminology (3:18)
Parts List for the Course
Getting Project Files and Resources for the Course
Setup your account and board
Overview of the Setup Process (1:57)
Creating a free Arduino IoT Cloud Account (1:41)
Using the Arduino Desktop IDE or the Arduino Web Editor (2:55)
Installing the Arduino Create Plugin and Setting up your Arduino MKR Board (10:25)
Overview of the Arduino MKR WIFI 1010 (4:26)
First Project - Controlling an LED from the Cloud
Wiring the Circuit (4:06)
Controlling an LED from the Cloud - Project Overview (0:59)
Configuration in the Arduino IoT Cloud (2:11)
Making Code changes (6:39)
Testing it out (2:18)
Reviewing the Project Files, Web Editor and Code
Reviewing Project Files (6:05)
An Overview of the Web Editor (10:04)
Detailed Code Review for our LED Project (8:53)
Taking Analog Readings
Taking Analog Readings - Project Overview (0:56)
Wiring the Circuit (3:31)
Configuration in the Arduino IoT Cloud (4:43)
Making Code changes (6:03)
Testing (2:56)
Detecting external events like a Button Press
Detecting External Events - Project Overview (0:53)
Wiring the Circuit (5:17)
Configuration in the Arduino IoT Cloud (2:51)
Making Code changes (7:21)
Testing it out (1:52)
Using a Third Party Library to handle Debouncing (6:57)
Testing our Debouncing Changes (2:12)
Creating a Motion Sensor Alarm that calls your Cell Phone when it is Tripped
Motion Sensor Alarm that calls your Cell Phone - Project Overview (1:23)
Wiring the Circuit (8:41)
Configuration in the Arduino IoT Cloud (2:41)
Making Code changes (9:30)
Testing out the Alarm (3:40)
Overview of If This Then That (IFTTT) (4:22)
Enabling an Applet on IFTTT (7:34)
Creating an IoT Webhook to IFTTT (12:35)
Testing our Custom IoT IFTTT Applet (3:41)
Measuring Temperature and Humidity with a DHT-22 Sensor
Measuring Temperature and Humidity - Project Overview (0:49)
Wiring the Circuit (4:38)
Configuration in the IoT Cloud (4:33)
Making Code Changes (8:32)
Testing it Out (5:55)
Creating a Temperature-Controlled Self Regulating System
Temperature-Controlled Self Regulation IoT Project - Overview (1:37)
Using a Transistor as a Switch to Control our Fan (5:39)
Parts Needed for the Project (1:56)
Reviewing the Circuit Diagram (3:08)
Wiring the Circuit (13:13)
Configuration in the IoT Cloud (6:12)
Reviewing the Dashboard that will be created for the project (6:34)
Reviewing the Algorithm that we will use for our Project Code (8:33)
Making Code Changes (18:51)
Testing it out (11:12)
Closing
Closing Comments
Teach online with
Controlling an LED from the Cloud - Project Overview
Lesson content locked
If you're already enrolled,
you'll need to login
.
Enroll in Course to Unlock