Complete Guide To Build Internet Of Things From Esp8266

Build IOT products using Arduino, NodeMCU,ESP8266, IOT Platforms, Home appliances, Sensor interface, Displays & more

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.

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 IntegrationWelcome 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 Content1. Introduction to IoTFundamentals of IoTIoT ecosystem and big pictureUse cases and applications2. Introduction to ESP8266Overview of ESP8266ADC, PWM, and deep sleep modes3. Practical ProjectsSmart Street Light: Using LDR and IR SensorPIR Sensor Interface: Utilizing interrupts and timersDHT11 Interface: Connecting with ThingSpeak CloudUltrasonic Interface: Integrating with ThingSpeak CloudSoil Moisturization Monitoring: Using ESP8266 and AskSensors IoT CloudEvent Management System: Implementing RFIDGas Leakage Detection: Using Arduino IoT Cloud4. Communication ProtocolsUART Communication: ESP8266 and Arduino UNOSPI Communication: ESP8266 and Arduino UNOI2C LCD - Display integration5. Web DevelopmentBuilding an ESP8266 Web ServerWeb Server HTTP AuthenticationWeb Server with BME280 SensorWeb Server with Slider (PWM)6. IoT-Based SystemsHeartbeat Monitoring System: IoT implementationEmail Notifications: Using ESP8266 NodeMCU and SMTP ServerPB Control: Via Web ServerPushover Notifications: With ESP8266 NodeMCU7. Data Integration and Cloud ServicesTelegram Request: ESP8266 sensor readingsServer-Sent Events: Updating sensor readings automaticallyGoogle Sheets: Publishing sensor readingsFirebase: Introduction and sending BME280 sensor readings to the real-time databaseHTTP GET: With Arduino IDE8. Advanced IoT CommunicationESP32 Client-Server Wi-Fi Communication: Between two boardsESP-NOW: Getting startedNodeMCU and 1.8 SPI ST7735 Display: Integration and usageOur 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 experienceGet Confirmation letterComprehensive weekly Live Interactive sessionsAccess all PPT, Source Code, and downloadablesEngage 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 AnswerNo 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!

Overview

Section 1: Introduction

Lecture 1 IOT Introduction

Lecture 2 Introduction to ESP8266

Lecture 3 ADC, PWM & Deep Sleep

Lecture 4 Smart Street light using LDR and IR Sensor

Lecture 5 PIR Sensor interface using Interrupts and Timers

Lecture 6 DHT11 Sensor Interface with Thing Speak Cloud

Lecture 7 Ultrasonic interface with Thing speak Cloud

Lecture 8 Monitoring Soil Moisturization using Ask Sensor cloud

Lecture 9 Event Management System Using RFID

Lecture 10 Gas Leakage Detection Using Arduino IOT Cloud

Lecture 11 UART Communication between ESP8266 and Arduino UNO

Lecture 12 SPI Communication between ESP8266 and Arduino UNO

Lecture 13 I2C LCD

Lecture 14 Build an ESP8266 Web Server

Lecture 15 ESP8266 Webserver HTTP Authentication

Lecture 16 ESP8266 Web Server with BME280 Sensor

Lecture 17 ESP8266 Webserver with Slider(PWM)

Lecture 18 IOT Based Heartbeat Monitoring System

Lecture 19 Sending Email Using SMTP

Lecture 20 Controlling PB using Webserver

Lecture 21 ESP8266 NodeMCU_Send Pushover Notifications

Lecture 22 Telegram Request ESP8266 Sensor Readings

Lecture 23 ESP8266 NodeMCU Web Server using Server

Lecture 24 Publish Sensor Readings to Google Sheets

Lecture 25 Getting Started with Firebase

Lecture 26 Firebase Send BME280 Sensor Readings to the Realtime Database

Lecture 27 HTTP GET with Arduino IDE

Lecture 28 ESP32 Client-Server Wi-Fi Communication Between Two Boards

Lecture 29 Getting Started with ESP-NOW

Lecture 30 NodeMCU and 1.8 SPI ST7735 Display

Section 2: Quiz

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