Start the Internet of Things (IoT) from scratch

Start the Internet of Things (IoT) from scratch, available at $19.99, has an average rating of 4.25, with 38 lectures, based on 74 reviews, and has 400 subscribers.

You will learn about Build your own IoT projects using NodeMCU based on Arduino platform Write programs to control your hardware Connect your IoTs to cloud services to store/process/share some data This course is ideal for individuals who are People/students who need to know about the Internet of Things or People/students who need to build an IoT project It is particularly useful for People/students who need to know about the Internet of Things or People/students who need to build an IoT project.

Enroll now: Start the Internet of Things (IoT) from scratch

Summary

Title: Start the Internet of Things (IoT) from scratch

Price: $19.99

Average Rating: 4.25

Number of Lectures: 38

Number of Published Lectures: 38

Number of Curriculum Items: 38

Number of Published Curriculum Objects: 38

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Build your own IoT projects using NodeMCU based on Arduino platform

Write programs to control your hardware

Connect your IoTs to cloud services to store/process/share some data

Who Should Attend

People/students who need to know about the Internet of Things

People/students who need to build an IoT project

Target Audiences

People/students who need to know about the Internet of Things

People/students who need to build an IoT project

Internet of Things (IoT) is the networking of physical devices or things using Wi-Fi or other networks. Things, can refer to a variety of physical devices or sensors such as bio sensors, actuators, home appliances, transponders, automobiles, farm sensors or other hardware.?Now,?IoT?is changing the way we live. It helps us in daily live, i.e. collecting?and processing?huge?amounts of data, interact with each other, and take advantage of cloud services and cloud?storage.

This course will teach?you about IoT and related hardwares?from?basic level.?You will learn?about:-

Programming a?micro-controller using NodeMCU based on?Arduino platform

How to control devices using digital and analog outputs

How to use some sensors for your projects, i.e. temperature, humidity, light sensor?and so forth.?

How to?build some projects using digital and analog?inputs

How to setup an access point and a web server from a NodeMCU micro-controller.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to the Internet of Things (IoT)

Lecture 2: What you will learn in this course

Lecture 3: Required micro-controller

Chapter 2: Installations

Lecture 1: Install Arduino IDE

Lecture 2: USB to Serial

Lecture 3: Download a driver software for your development board

Lecture 4: Install a driver on Windows

Lecture 5: Install a driver on Mac

Lecture 6: Install board packages (Libraries)

Chapter 3: Create and Test Run Your First Project

Lecture 1: Blink

Lecture 2: How does the program work?

Lecture 3: Explore the Arduino IDE

Chapter 4: Basic Components and Digital Output

Lecture 1: General Purpose Input Output

Lecture 2: Basic tools and electronic components

Lecture 3: Digital Output my Blink

Lecture 4: Basic Sketch Programming

Chapter 5: Using Serial Monitor to Debug Your Sketch

Lecture 1: Debugging Your Sketch Using Serial Monitor

Lecture 2: View Graph/waveforms using Serial Plotter

Lecture 3: Send data using Serial monitor

Chapter 6: Digital Input

Lecture 1: Digital Input

Lecture 2: Monitoring input from digital sensors

Lecture 3: Using built-in pull-up resistors

Chapter 7: Analog Input Output

Lecture 1: Analog Input

Lecture 2: Adjustable Blink

Chapter 8: Pulse-width Modulation (PWM) and Analog Output

Lecture 1: Pulse-width Modulation: PWM

Lecture 2: Generating an analog signal from pulse-width modulation

Lecture 3: Dimming an LED with PWM

Chapter 9: Connect sensors to your IoT

Lecture 1: Temperature sensor: LM35

Lecture 2: Temperature & Humidity sensor: DHT series

Chapter 10: I2C Serial Communication

Lecture 1: Inter-Integrated Circuit Bus (I2C)

Lecture 2: Connect LCD display to the IoT using I2C: part1 (Hardware)

Lecture 3: Connect LCD display to the IoT using I2C: part2 (Software)

Lecture 4: How to control LCD display module

Chapter 11: Wireless Connection

Lecture 1: Access Point and Web Server

Chapter 12: IoT Connectivity

Lecture 1: Message Queuing Telemetry Transport (MQTT)

Lecture 2: Play around with MQTT

Lecture 3: Publish and Subscribe using Mobile Devices

Lecture 4: Publish and Subscribe using Micro-controller (MCU)

Instructors

Assoc.Prof. Kobkiat Saraubon, Ph.D.
Software/Embedded System Developer & Instructor

Rating Distribution

1 stars: 3 votes

2 stars: 5 votes

3 stars: 12 votes

4 stars: 21 votes

5 stars: 33 votes

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