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Complete Guide to Build Internet of Things from ESP8266
Rating: 4.7 out of 5(3 ratings)
37 students

Complete Guide to Build Internet of Things from ESP8266

Build IOT products using Arduino, NodeMCU,ESP8266, IOT Platforms, Home appliances, Sensor interface, Displays & more
Created byPantech eLearning
Last updated 8/2024
English
English [Auto],

What you'll learn

  • Understand the basics of the Internet of Things (IoT) and the role of IoT devices in modern technology.
  • Learn to implement IoT with ESP8266. use the ESP8266 microcontroller and NodeMCU development board, including ADC, PWM, and deep sleep modes.
  • Learn to connect devices to cloud platforms like ThingSpeak and Firebase, and manage data effectively.
  • Interfacing sensors with the ESP8266 microcontroller enables you to collect and process data from various environmental inputs.
  • Develop practical IoT projects such as smart street lights, motion detectors, and soil moisture sensors, enhancing your skills with every project.
  • Gain expertise in writing efficient code for IoT devices using Arduino IDE, and learn to implement APIs and HTTP methods for effective data management.

Course content

2 sections • 30 lectures • 12h 17m total length

  • IOT Introduction31:15

    Learn how the internet of things connects everyday things with sensors to the internet, analyzes data, and integrates systems on a platform for smart homes, healthcare, and cities.

  • Introduction to ESP826629:17

    Discover the Esp8266 node mcu as a low-cost wifi chip that can run standalone or as a wifi adapter for arduino, enabling online control, home automation, and IoT projects.

  • ADC, PWM & Deep Sleep35:26

    Explore ADC, PWM, and deep sleep on the ESP32 W6, covering analog to digital conversion, duty cycle control, and timer or external wake mechanisms to conserve power.

  • Smart Street light using LDR and IR Sensor18:30

    Explore analog vs digital sensors, then build a smart street light with ir and ldr sensors on esp32 that turns on only in darkness when a vehicle is detected, saving power.

  • PIR Sensor interface using Interrupts and Timers24:24

    Interface a PIR sensor with the Esp32 w6 using interrupts and timers to trigger an LED on motion and turn it off after a set interval.

  • DHT11 Sensor Interface with Thing Speak Cloud27:31

    Interface a DHT11 temperature-humidity sensor with an ESP32 W6 and upload live readings to the Thingspeak cloud, using a two-field channel and API keys for real-time visualization.

  • Ultrasonic interface with Thing speak Cloud21:24

    Interfacing an ultrasonic sensor with ESP8266, this lecture demonstrates measuring distance using trigger and echo pins and uploading the data to the Thingspeak cloud in real time.

  • Monitoring Soil Moisturization using Ask Sensor cloud42:51

    Monitor soil moisture using a fc-28 sensor with an esp8266 module and sensors IoT cloud, sending moisture level and alert state to the ask sensor api and visualizing trends.

  • Event Management System Using RFID25:48

    Explore an IoT based event management system that uses RFID and Thingspeak to track attendees and equipment in real time, delivering live updates and data analysis.

  • Gas Leakage Detection Using Arduino IOT Cloud16:11

    Explore gas leakage detection with Arduino IoT Cloud, using Mk2 gas sensor and an ESP microcontroller to monitor gas levels, analyze data in the cloud, and trigger real-time alerts.

  • UART Communication between ESP8266 and Arduino UNO27:00

    Discover uart communication between ESP32‑W6 and Arduino Uno using a two-wire uart, start and stop bits, baud rate synchronization, data frames, and parity for reliable serial data transfer.

  • SPI Communication between ESP8266 and Arduino UNO15:46

    Explore how SPI enables fast, synchronous communication between an ESP8266 and an Arduino Uno, covering master-slave roles, MOSI/MISO lines, clock signaling, slave select, and practical data transfer steps.

  • I2C LCD37:29

    Explore how to use I2C LCDs with ESP32/ESP8266, wiring PCF8574 adapters, installing the Liquid Crystal I2C library, and displaying static and scrolling text with practical code examples.

  • Build an ESP8266 Web Server25:20

    Build a mobile-friendly esp8266 web server to control two LEDs via http requests in a local network, using the arduino ide and a simple browser-based interface.

  • ESP8266 Webserver HTTP Authentication24:31

    Learn to password protect an ESP32 or ESP32 W6 web server with HTTP authentication in the Arduino IDE, enabling local network access only with correct credentials and a GPIO toggle.

  • ESP8266 Web Server with BME280 Sensor22:44

    wire and read a bme280 with esp32 w6 via i2c or spi, install adafruit bme280 and sensor libraries, and build a web server displaying live pressure, temperature, humidity, and altitude.

  • ESP8266 Webserver with Slider(PWM)18:50

    Control LED brightness with an ESP8266 NodeMCU web server using a browser slider that sends a value via HTTP to set the PWM duty cycle.

  • IOT Based Heartbeat Monitoring System30:01

    Build an IoT heart rate monitor with ESP8266 that reads pulses from a pulse sensor, shows BPM on an OLED, and publishes data to Thingspeak for global access.

  • Sending Email Using SMTP26:01

    Learn to send emails from an ESP32-S6 Nodemcu using an SMTP server, with raw text and HTML messages via the ESP mail client library.

  • Controlling PB using Webserver15:39

    Control an ESP32 W6 output using a web server and a physical button simultaneously, with the web page automatically updating the output state when either input changes.

  • ESP8266 NodeMCU_Send Pushover Notifications21:05

    Learn to send pushover notifications from an ESP8266 using a secure HTTP post, leveraging API token and user key, with configurable priority, sound, and message options.

  • Telegram Request ESP8266 Sensor Readings23:30

    Learn to request ESP32 or ESP8266 sensor readings via a Telegram bot using Arduino IDE, a BME280 sensor provides temperature and humidity remotely.

  • ESP8266 NodeMCU Web Server using Server18:50

    Learn to build an ESP8266 NodeMCU web server using server sent events to stream real-time BME280 readings—temperature, humidity, and pressure—into a browser page with updates every 30 seconds.

  • Publish Sensor Readings to Google Sheets26:46

    Publish temperature, humidity, and pressure readings from an ESP32 or ESP32 W6 board using a BME280 sensor to Google Sheets via an IFTTT webhooks applet, with 30-minute deep sleep.

  • Getting Started with Firebase22:39

    Learn to set up a Firebase project with a real time database, enable anonymous authentication, and connect an ESP8266/ESP32 to store and read data via the Firebase web app.

  • Firebase Send BME280 Sensor Readings to the Realtime Database23:12

    Authenticate an ESP32 device with email and password, secure the Firebase Real-time Database with UID-based rules, and send temperature, humidity, and pressure readings from a BME280 sensor using Arduino code.

  • HTTP GET with Arduino IDE24:13

    Learn to perform http get requests with the ESP8266 in the Arduino IDE to fetch weather data from OpenWeatherMap, decode JSON, and plot values in Thingspeak charts.

  • ESP32 Client-Server Wi-Fi Communication Between Two Boards20:43

    Learn to set up two ESP32 boards for Wi-Fi data exchange: a server as an access point and a client requesting temperature, humidity, and pressure from a BME280 sensor.

  • Getting Started with ESP-NOW19:07

    Learn to use ESP-NOW for fast, connectionless data exchange between ESP32 boards without wifi, leveraging pairing, MAC addresses, and callbacks for small payloads up to 250 bytes.

  • NodeMCU and 1.8 SPI ST7735 Display21:52

    Discover how a NodeMCU driven 1.8 SPI ST7735 display uses SPI to render real-time graphics with shapes and text, plus test patterns, via Adafruit libraries on an embedded system.

Requirements

  • From the basics. No specific Pre Requisites Required
  • Use a tablet, computer, or smartphone to access the course
  • A computer with internet access for online resources, coding, and research

Description

Complete Guide to IoT: Building Real-World Applications with Arduino, ESP8266, and Cloud Integration


Welcome to our in-depth IoT course, where you will explore the transformative potential of Internet of Things (IoT) technology. This course covers the entire spectrum of IoT, from basic concepts to advanced applications, using the ESP8266 and NodeMCU platforms.

You will learn how to interface PIR sensors using interrupts and timers for motion detection and connect the DHT11 sensor to the ThingSpeak Cloud for temperature and humidity monitoring. The course also covers ultrasonic sensors for distance measurement and integrates soil moisture monitoring using the ESP8266 and AskSensors IoT Cloud.

A significant portion of the course focuses on building and managing IoT systems. You will design an event management system using RFID technology and develop a gas leakage detection system with Arduino and the IoT Cloud. The course provides in-depth training on initializing UART communication between the ESP8266 and Arduino UNO, SPI communication, and interfacing with I2C LCDs.


Course Content

1. Introduction to IoT

  • Fundamentals of IoT

  • IoT ecosystem and big picture

  • Use cases and applications

2. Introduction to ESP8266

  • Overview of ESP8266

  • ADC, PWM, and deep sleep modes

3. Practical Projects

  • Smart Street Light: Using LDR and IR Sensor

  • PIR Sensor Interface: Utilizing interrupts and timers

  • DHT11 Interface: Connecting with ThingSpeak Cloud

  • Ultrasonic Interface: Integrating with ThingSpeak Cloud

  • Soil Moisturization Monitoring: Using ESP8266 and AskSensors IoT Cloud

  • Event Management System: Implementing RFID

  • Gas Leakage Detection: Using Arduino IoT Cloud

4. Communication Protocols

  • UART Communication: ESP8266 and Arduino UNO

  • SPI Communication: ESP8266 and Arduino UNO

  • I2C LCD - Display integration

5. Web Development

  • Building an ESP8266 Web Server

  • Web Server HTTP Authentication

  • Web Server with BME280 Sensor

  • Web Server with Slider (PWM)

6. IoT-Based Systems

  • Heartbeat Monitoring System: IoT implementation

  • Email Notifications: Using ESP8266 NodeMCU and SMTP Server

  • PB Control: Via Web Server

  • Pushover Notifications: With ESP8266 NodeMCU

7. Data Integration and Cloud Services

  • Telegram Request: ESP8266 sensor readings

  • Server-Sent Events: Updating sensor readings automatically

  • Google Sheets: Publishing sensor readings

  • Firebase: Introduction and sending BME280 sensor readings to the real-time database

  • HTTP GET: With Arduino IDE

8. Advanced IoT Communication

  • ESP32 Client-Server Wi-Fi Communication: Between two boards

  • ESP-NOW: Getting started

  • NodeMCU and 1.8 SPI ST7735 Display: Integration and usage

Our program combines theoretical knowledge with extensive hands-on sessions, interactive discussions with industry experts, assignments, and practical exercises.

Benefits of Choosing this Program:

  • Gain hands-on learning with Practical experience

  • Get Confirmation letter

  • Comprehensive weekly Live Interactive sessions

  • Access all PPT, Source Code, and downloadables

  • Engage in 25+ capstone projects to enhance your skills and bolster your resume.

  • Benefit from a full roadmap

  • Mock interviews and job alerts, ensuring you're prepared for career success.

  • Upon completion, you'll earn certifications.

  • Top 100 Interview Questions with Answer

  • No programming knowledge is required—we cover everything!

Whether you're starting your career journey or seeking to advance your skills, This course will empower you to create innovative IoT products from scratch, integrating hardware and software components. Throughout this course, you will gain hands-on experience and learn to work with hardware and software components essential for IoT development.

Join us to develop your skills and innovate in the IoT space!

Who this course is for:

  • Individuals pursuing degrees in electronics, computer science, information technology, or related fields who want to enhance their skills in IoT
  • Engineers, developers, and IT professionals looking to upgrade their knowledge and skills in IoT technologies and applications
  • Looking for a career in IoT, Business owners and innovators aiming to integrate IoT solutions into their products and services
  • Embedded Developer, Teachers and trainers who want to expand their curriculum and provide their students with cutting-edge IoT knowledge
  • Individuals involved in research and teaching who want to keep up with the latest IoT technologies and applications

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