• IoT

    The Internet of Things (IoT) describes the network of physical objects—“things”—that are embedded with sensors, software, and other technologies for the purpose of connecting and exchanging data with other devices and systems over the internet.

    This course has 70% Lab Sessions & 30% Class room sessions, this course trains you on all skills required in the Industry as an IoT Developer.

  • What you'll learn
    • Learn how to design, code, and build IoT products on your own.
    • Learn how to use microcontrollers (Arduino Uno, Nano), sensors, relays, displays, keypads, and main power supplies, among other things.
    • Learn the fundamentals of coding with the Arduino IDE.
    • Learn how to use Ethernet and WiFi shields in your projects.
  • Pre-Requirements
    • Basic knowledge of Edge Devices
    • Prior understanding of Python
    • A System with i3
    • Dedication
  • Course Curriculum
  • Feasibility Study
    • Internet of Things (IoT)
    • Concepts and Objectives of IoT
    • What Makes Up the Internet of Things?
    • Architecture of IOT
    • Different entry strategies into the IoT Platform market
  • Requirement Analysis
    • Intelligence and Sensing
    • Smart Communication
    • ZigBee
    • Bluetooth Low Energy (BLE)
    • Wi-Fi
  • Modular description of the Job
    • Esp8266
    • 5-Channel Relay Driver Module
    • connections of relay & esp 8266
    • AI & ML for IoT
  • Detailed Analysis of individual module
    • WiFi Module - ESP8266
    • Hardware Connections
    • Types of esp8266 modules
    • Node MCU esp8266 module
    • Features
    • Arduino-like hardware IO
    • Nodejs style network API
    • Specification
    • LUA
    • Where does Lua come from?
    • Features
    • 5-channel relay board
    • Connections
    • Features
  • Design
    • NODEMCU
    • Pin diagram of dev. Kit.
    • NodeMCU DEVKIT V1.0
    • Hardware
    • Devkit 1.0
    • Dependencies
    • Summary
  • Loading the Firmware
    • NodeMCU Flasher
    • Usage
    • uploading the code
    • layout of 4-channel relay board
  • Coding
    • The lua- code
    • From a high-level perspective, Lua and Python are similar languages
  • Testing
    • Components
    • Connect the Resistor and the LED
    • Connect the ESP8266 Module
    • Program
  • Projects
    1. Case study
    2. Smart Health Care System
    3. Synchronized Traffic System
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