The explosive growth of the “Internet of Things” is changing our world and the quick drop in price for typical IoT components is allowing people to make new designs and products at home. In this you will learn the importance of IoT in society, the current mechanism of typical IoT devices and trends for the future. IoT design considerations, constraints and interfacing between the physical world and your device will also be covered

Day 1:Introduction

  • Introduction to IOT.
  • Most Awesome devices which our modern industry is using.
  • Why to use IOT?
  • Whats the future of IOT.
  • Best used systems for IOT.
  • Coolest feature of IOT.
  • System Block of IOT.

Day 2:Introduction to Controllers

  • Types of controllers in our industry.
  • Live demo IOT application with use of global server and hardware.
  • Introduction to PIC controllers.
  • Why we are using PIC for our IOT application.
  • Software Installation.
  • Component introduction for various applications and its use

Day 3: Playing with Arduino

  • What is loop and setup in IDE.
  • Introduction to Pins of Arduino
  • Playing with basic component.
  • Led Blinking.
  • Buzzer introduction.

Project 1:LED pattern formation.

Project 2:Buzzer combination with LED.

Day 4: Gamboling with Input Devices

  • Plugging an input device.
  • How these input devices actually work.
  • What are basic sensors?

Project 3:Button's interfacing.

Project 4:Input Generated Output.

Day 5: Use of functions

  • Function calling in software.
  • Making previous code according to concept of functions.

Project 5: Buttons interfacing using functions.

Project 6: Input generated output using functions.

Day 6: Induction toward Digital sensors

  • What are transducers?
  • What are sensors?
  • Difference between Digital and Analog sensors.
  • IR sensor Introduction.
  • RELAY working and operation

Project 7: Interfacing with IR Sensors.

Project 8: Showing output on Led.

Project 9: Relay operation with IR Sensor

Day 7:Introduction to Serial Communication

  • What is Serial Communication?
  • Why do we use?
  • Where is it actually been used?
  • Commands used for serial communication?

Project 10: Printing your name of serial monitor.

Project 11:Led blinking with the help of Serial monitor

Day 8: Playing with Analog Pins

  • What is ADC?
  • ADC pins on PIC Board.
  • Basic Operations on ADC pins.
  • Temperature sensor working.

Project 12: ADC value monitoring on our serial monitor.

Project 13: Conversion of our adc value into Temperature.

Project 14: Temperature controlled FAN using Relay.

Day 9: Bluetooth Interfacing

  • Basic working of Bluetooth.

Project 15: Bluetooth controlled FAN using Relay

Day 10:Introduction to Servers

  • Type of servers?
  • Local and global servers.
  • Installation of Hercules software.
  • What is server and client?

Project 16: Interaction between Local servers.

Project 17: How to find out your IP.

Day 11: Making Global server

  • Making account for global server.
  • Testing server requests.
  • Sending data to global server.
  • Receiving data from global server.

Project 18: Sending data from your android device to global server.

Project 19: Requesting Service to send data to our android device.

Day 12:Introduction to WIFI

  • Installation of jdk.
  • Installation of ESPLORER.
  • Basic AT command for WIFI.
  • How to connect with other network.
  • How to become an access point from your ESP8266 module.

Day 13:ESP8266 Operations

  • Becoming a server from your ESP8266.
  • Becoming a client from your ESP8266.
  • Practicing all commands on ESP8266.
  • Noting reception of each and every command for future use

Day 14:Connecting your ESP8266 with Arduino

  • Writing code for sending various commands.
  • Writing code for sending through functions.

Project 20: Code for sending any AT commands.

Project 21:Making Function for sending basic AT commands.

Day 15: Connecting your ESP8266 module with your hot spot

  • Writing code to connect your ESP module with external mobile hotspot.
  • Making Function and use of declaration window.

Day 16: Connecting your ESP8266 module with local server

  • Writing code to connect your local server with your ESP8266.
  • Writing code for with adding on function with ESP8266.

Day 17: Connecting your ESP8266 module with global server

  • Writing code to connect your global server with your ESP8266.
  • Writing code for with adding on function with ESP8266.

Day 18: Sending data on local server with your ESP8266 module

  • Writing code to send data to your local server with your ESP8266.

Project 22: Temperature Sensor data sending to our local server.

Day 19 Sending data on Global server with your ESP8266 module

  • Writing code to send data to your global server with your ESP8266.

Project 23: Temperature Sensor data sending to our global server.

Day 20: Receiving data from local server to ESP8266 module

  • Writing code to receive data from your local server with your ESP8266

Project 24: Controlling Relay from our local server

Day 21: Receiving data from global server to ESP8266 module

  • Writing code to receive data from your global server with your ESP8266.

Project 24: Controlling Relay from our global server.

Day 22: Making of complete input output System using ESP8266 module

  • Writing code to receive data from your global server with your ESP8266.

Project 25: Controlling Relay from our global serer with the help of relay.

Day 23: Doubt session

Day 24-Day 30: Project Submission

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