Industrial Iot Development With Esp32: Mqtt, Node-Red,app
Published 11/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 9h 59m | Size: 5.3 GB 

MQTT, Node-RED, Mobile Application, Touch Screens, Sensors... Real hardware, real projects
What you'll learn
ESP32 and Hardware: Setup the ESP32, manage Wi-Fi, and handle I2C, analog (ADS1115), and digital (PCF8574) I/O.
Communication Protocols: Master the fundamentals and advanced usage of MQTT (Publish/Subscribe/Callback).
Interface Development: Use the low-code visual programming tool Node-RED to manage complex data flows and create professional Dashboards (User Interfaces).
Mobile and Touch Interfaces: Integrate Nextion touch screens with ESP32 and develop functional Android applications using MIT App Inventor.
Data Acquisition: Read and integrate data from critical environmental sensors like SHT3x, SCD30, and SPS30 (Temperature, CO2, Dust).
Cloud Deployment (VPS): Install and securely configure Mosquitto (MQTT Broker) and Node-RED on DigitalOcean Virtual Private Servers.
Remote Connectivity Solutions: Connect the ESP32 to the internet and the Cloud MQTT server over cellular networks (GSM/GPRS) using SIM800L and LilyGo cards.
Remote Connectivity Solutions: Connect the ESP32 to the internet and the Cloud MQTT server over cellular networks (GSM/GPRS) using SIM800L and LilyGo cards. Ta
Requirements
Basic programming (C/C++ or Arduino) and electronics knowledge.
Description
This course teaches you how to build end-to-end professional IoT solutions, starting from basic ESP32 coding to deploying local (Node-RED) and cloud-based (DigitalOcean VPS) servers, enabling data exchange via GSM/Wi-Fi, and management through Nextion touch screens and functional Android applications.What You'll Learn? (Key Outcomes - Detailed Description)By the end of this comprehensive training, you will master the ability to transform an IoT project idea into a fully functional product equipped with a mobile app, a touch interface, and a 24/7 continuous Cloud Server infrastructure, effectively becoming an "IoT Developer from Designer to Distributor."In this course, you will bring two major, in-demand projects to life from the ground up:Smart Air Analyzer: You will learn how to read sensitive data from critical environmental sensors like SHT3x, SCD30, and SPS30 (Temperature, CO2, Dust, TVOC), process this data for visualization in Node-RED, and monitor it instantly via mobile/Nextion screens.8-Channel Relay Control System: You will gain experience controlling 8 separate outputs using the PCF8574 I/O expander, and configuring this automation system to be managed across both local networks and remote servers.Specialized Coverage Areas:Communication Power: You will grasp advanced MQTT usage, from the basic Publish/Subscribe logic to managing automatic reconnection on the ESP32.Cloud Mastery: You will conduct the entire setup and secure configuration of Mosquitto (MQTT Broker) and Node-RED from scratch on a DigitalOcean VPS. This enables you to run your projects globally and ensure seamless data flow regardless of your device's physical location.Network Flexibility: You will learn essential techniques for connecting the ESP32 to the internet and the Cloud MQTT server via cellular networks (GSM/GPRS) using SIM800L and LilyGo cards-a vital skill for areas with insufficient Wi-Fi.User Interfaces: You will design dynamic interfaces with Nextion touch screens, create professional Dashboards using the low-code visual programming tool Node-RED, and develop functional Android applications to control these projects using MIT App Inventor.Tangible Projects: Successfully run the Smart Air Analyzer and 8-Channel Relay Control systems with full automation, managing them from both local and cloud servers.
Who this course is for
Learners with basic Arduino or C++ skills interested in Industrial IoT and professional deployment strategies.
Anyone looking to develop not just local, but cloud-based (VPS/Server) solutions using the ESP32.
Developers who know MQTT and Node-RED but want to run them on real-world servers like DigitalOcean.
Developers who know MQTT and Node-RED but want to run them on real-world servers like DigitalOcean. Those who need to connect their devices to the internet using GSM/GPRS modules where Wi-Fi access is unavailable.
Hobbyists and engineers looking to add tangible, end-to-end, mobile/touch-interface projects like a Smart Air Analyzer and an 8-Channel Relay Control System to their portfolio.