Node-RED and ESP32 Project

Node-RED and ESP32 Project, available at $74.99, has an average rating of 4.6, with 91 lectures, based on 273 reviews, and has 2667 subscribers.

You will learn about Node-RED, the lightweight graphical programming tool. ESP32, the powerful low-cost microcontroller with Wifi that you can program with the Arduino IDE. MQTT Mosquitto broker, for reliable messaging between the ESP32 and Node-RED. Use any Raspberry Pi as a host for Node-RED and the MQTT Mosquitto broker. How to combine Node-RED, MQTT, the Raspberry Pi, and the ESP32 to create a complete automated control application. Use Javascript inside Node-RED to process sensor inputs and calculate actions. This course is ideal for individuals who are Anyone familiar with the Arduino, ESP32 and Raspberry Pi. or Recent graduates of ESP32 for Arduino Makers. or Recent graduates of Raspberry Pi Full Stack. or Anyone interested in learning how to create a complete project using Node-RED, ESP32 and MQTT. It is particularly useful for Anyone familiar with the Arduino, ESP32 and Raspberry Pi. or Recent graduates of ESP32 for Arduino Makers. or Recent graduates of Raspberry Pi Full Stack. or Anyone interested in learning how to create a complete project using Node-RED, ESP32 and MQTT.

Enroll now: Node-RED and ESP32 Project

Summary

Title: Node-RED and ESP32 Project

Price: $74.99

Average Rating: 4.6

Number of Lectures: 91

Number of Published Lectures: 91

Number of Curriculum Items: 91

Number of Published Curriculum Objects: 91

Original Price: $119.99

Quality Status: approved

Status: Live

What You Will Learn

Node-RED, the lightweight graphical programming tool.
ESP32, the powerful low-cost microcontroller with Wifi that you can program with the Arduino IDE.
MQTT Mosquitto broker, for reliable messaging between the ESP32 and Node-RED.
Use any Raspberry Pi as a host for Node-RED and the MQTT Mosquitto broker.
How to combine Node-RED, MQTT, the Raspberry Pi, and the ESP32 to create a complete automated control application.
Use Javascript inside Node-RED to process sensor inputs and calculate actions.

Who Should Attend

Anyone familiar with the Arduino, ESP32 and Raspberry Pi.
Recent graduates of ESP32 for Arduino Makers.
Recent graduates of Raspberry Pi Full Stack.
Anyone interested in learning how to create a complete project using Node-RED, ESP32 and MQTT.

Target Audiences

Anyone familiar with the Arduino, ESP32 and Raspberry Pi.
Recent graduates of ESP32 for Arduino Makers.
Recent graduates of Raspberry Pi Full Stack.
Anyone interested in learning how to create a complete project using Node-RED, ESP32 and MQTT.

Updated December 2022 to support Node-Red version 3

In December 2022, we added a new section with eight lectures that cover Node-RED version 3.

With these lectures, you will learn how to upgrade your Node-RED instance to version 3 and use the most important new and updated features.

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Updated June 2022 to support Node-Red version 2.2.2+ and Node.js 16.

More details about this update: We have added ten new lectures that show you how to update Node-Red to version 2.2.2, and Node.js to version 16, as well as how to use several of the new nodes that come with Node-Red 2.

There’s also a lecture showing you how to complete this project without having to set up an actual terrarium so that you can learn without the mess.

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This course teaches you how to design and build an automated control system using Node-RED and the ESP32.

This course will guide you through the construction of an automated control system. The deliverable is a Terrarium controller.

Along the way, you will learn a great deal about useful technologies such as the Node-Red programming environment and MQTT.

This course is perfect for makers familiar with the ESP32 and interested in learning how to use it alongside Node-RED.

Node-RED is a lightweight graphical programming tool. You can use it to join various hardware and software components and create applications such as the automated terrarium controller in this course.

Node-RED is used in a range of settings. Makers create home automation applications, and organisations use it to automate their factory floors, among many other possibilities.

The ESP32 is a powerful low-cost microcontroller with built-in Wi-Fi that we can program with the familiar Arduino IDE. Its “call to fame” is that it makes it easy for anyone familiar with the Arduino to leverage their knowledge and create gadgets that need more memory and processing power than what the Arduino Uno can provide, in addition to Wifi and Bluetooth. All this at a lower price point.

Course Curriculum

Chapter 1: Introduction

Lecture 1: 01.10 What is this course about?

Lecture 2: 01.20 Software requirements

Lecture 3: 01.30 Hardware requirements

Lecture 4: 01.40 How to make the most out of this project

Lecture 5: 01.50 Node-RED versions (watch before you continue)

Lecture 6: Please download the project archive

Chapter 2: 02 – The completed controller circuit

Lecture 1: 02.10 The completed controller circuit

Lecture 2: 02.20 Setup the circuit on a breadboard

Lecture 3: 02.30 The PCB

Lecture 4: 2.35 The PCB enclosure (Fusion 360 project)

Lecture 5: 02.40 The power supply

Lecture 6: 02.50 Testing without the dirt

Chapter 3: 04 – Prepare your Raspberry Pi

Lecture 1: 04.10 Install Raspberry Pi OS

Lecture 2: 04.20 First boot and set hostname

Chapter 4: 05 – Getting started with Node-RED

Lecture 1: 05.10 Introduction to Node-RED, examples and documentation

Lecture 2: 05.20 Install Node-RED on the Raspberry Pi

Lecture 3: 05.30 Node-RED settings and configuration

Lecture 4: 05.35 Editor walkthrough

Lecture 5: 05.40 Nodes

Lecture 6: 05.45 Node groups

Lecture 7: 05.50 Flows

Lecture 8: 05.60 Messages

Lecture 9: 05.65 Variables and context

Lecture 10: 05.100 The "complete" node

Lecture 11: 05.110 The "catch" node

Lecture 12: 05.120 The "linkout" and "linkin" nodes

Lecture 13: 05.130 The "switch" node

Lecture 14: 05.140 The "range" node

Lecture 15: 05.150 The "delay" node

Lecture 16: 05.160 The "trigger" node

Lecture 17: 05.170 The "RBE" (Report by Exception) node

Chapter 5: 06 – Node-RED dashboard

Lecture 1: 06.10 A review of the Node-RED Dashboard

Lecture 2: 06.20 Text input and output

Lecture 3: 06.30 The button

Lecture 4: 06.40 The gauge and slider

Lecture 5: 06.60 The switch

Lecture 6: 06.70 The dropdown

Lecture 7: 06.80 The UI template

Lecture 8: 06.90 The form

Chapter 6: 07 – MQTT on the Raspberry Pi with Mosquitto

Lecture 1: 07.10 Quick introduction to MQTT

Lecture 2: 07.20 Install MQTT Mosquitto on the Raspberry Pi

Lecture 3: 07.30 MQTT sub and pub examples

Lecture 4: 07.40 Mosquitto configuration and authentication

Lecture 5: 07.60 MQTT authenticated sub and pub examples

Chapter 7: 08 – MQTT and Node-RED experiments

Lecture 1: 08.10 The "MQTT in" node

Lecture 2: 08.20 The "MQTT out" node

Lecture 3: 08.30 MQTT-out Dashboard DHT22 example

Lecture 4: 08.40 MQTT-in Dashboard DHT22 example

Lecture 5: 08.50 MQTT Dashboard slider example

Chapter 8: 09 – Terrarium project, prototype 1: soil moisture sensing

Lecture 1: 09.10 First prototype review

Lecture 2: 09.20 Circuit review

Lecture 3: 09.30 ESP32 sketch version 1 review

Lecture 4: 09.40 Node-red flow Part 1: pump control

Lecture 5: 09.50 Node-red flow Part 2: soil humidity

Lecture 6: 09.60 Test and recap

Chapter 9: 10 – Terrarium project, prototype 2: Voltage sensing

Lecture 1: 10.10 Voltage sensing demonstration

Lecture 2: 10.20 Circuit review and simulation

Lecture 3: 10.30 Sketch review

Lecture 4: 10.40 Node Red flow review

Lecture 5: 10.50 Review and planning ahead

Chapter 10: 11 – Terrarium project, prototype 3: Google Sheet data logging

Lecture 1: 11.10 Record terrarium data in a Google sheet review

Lecture 2: 11.20 The GSheet node and installation

Lecture 3: 11.30 Setup Google Sheet and credentials

Lecture 4: 11.40 Update the Node Red flow

Lecture 5: 11.50 Test the new flow, review and next step

Chapter 11: 12 – Terrarium project, prototype 4: Add humidity threshold control to Dashboard

Lecture 1: 12.10 Set the pump humidity threshold

Lecture 2: 12.20 Flow review, version 4

Lecture 3: 12.30 Sketch review, version 3

Lecture 4: 12.40 Review and planning ahead

Chapter 12: 13 – Add Task Scheduler

Lecture 1: 13.10 The objectives of this iteration

Lecture 2: 13.20 Add scheduler, Sketch review, version 4

Lecture 3: 13.30 Add auto-pump off sketch review, version 5

Lecture 4: 13.40 Test and planning ahead

Chapter 13: 14 – Setup the terrarium with the actual soil sensor

Lecture 1: 14.10 The terrarium setup

Lecture 2: 14.20 Test the terrarium

Chapter 14: Node-RED 2 upgrade and features

Lecture 1: 18.10 What is Node-RED version 2

Lecture 2: 18.20 Upgrade Node-Red from version 1 to version 2

Lecture 3: 18.30 Flow Groups with environment variables

Lecture 4: 18.50 Data exchange between flows and subflows

Chapter 15: Node-Red 3 upgrade and features

Lecture 1: 18.2.010 What's in Node-RED 3

Lecture 2: 18.2.020 Upgrade Node-Red to version 3

Lecture 3: 18.2.030 Context menu and junctions

Lecture 4: 18.2.040 Continuous Search

Lecture 5: 18.2.050 Debug Path Tooltip

Lecture 6: 18.2.060 Default node names

Instructors

Dr. Peter Dalmaris
Educator and Author of "Maker Education Revolution".

Rating Distribution

1 stars: 2 votes
2 stars: 3 votes
3 stars: 21 votes
4 stars: 78 votes
5 stars: 169 votes

Frequently Asked Questions

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