Introduction to Internet of Things | DI05000151

New Practical List of IOT

Installation of Arduino IDE and blink built-in LED and external LED interfaced with Arduino.
Read data from an LDR sensor and automatically control an LED based on light intensity using Arduino.
Interface the DHT sensor with Arduino and display temperature and humidity values on the Serial Monitor.
Interface an Ultrasonic distance sensor with Arduino to measure the distance from obstacles.
Interface a PIR motion sensor with Arduino to detect human movement and use a relay module with Arduino to turn an AC bulb ON or OFF based on movement detection.
Interface and control both a Servo Motor and a Stepper Motor using Arduino for position and rotation control.
Installation and configuration of Raspberry Pi, and blink an LED using Raspberry Pi GPIO.
Read temperature and humidity data using a sensor interfaced with Raspberry Pi.
Read sensor data (Temperature or LDR) using NodeMCU and send it to the ThingSpeak cloud platform.
Control an LED remotely using the Blynk mobile app and implement basic MQTT publish/subscribe communication.
Build a real-time temperature monitoring system using Arduino, Raspberry Pi, or NodeMCU; log data to Firebase, ThingSpeak, or Blynk; and visualize it on a cloud dashboard or mobile app.

Study of Arduino Uno board technical specifications and pins.
Study of various Sensors and actuators for IoT applications.
Develop IoT based application using Arduino board to blink the on-board LED at one second interval.
Develop IoT based application using Arduino board to turn ON and OFF the 3 LEDs (Red, Green, Blue) based on the 3 Pushbutton switches.
Develop IoT based application using Arduino board to implement automated traffic signal system using different colour LED.
Develop IoT based application using Arduino board to read analog input from a potentiometer and control the brightness of an LED.
Develop IoT based application using Arduino board from DHT sensor to measure temperature and humidity.
Develop IoT based application using Arduino board and ultrasonic sensor to measure distance and display it on the Serial Monitor.
Develop IoT based application using Arduino board and PIR sensor to detect presence/movement and turn on an LED automatically.
Develop an IoT based application using Arduino board to control servo motors back and forth across 180 degrees.
Develop an IoT based application using an Arduino board to print "Hello IoT" on a 16x2 LCD display.
Develop IoT based application using Arduino board and relay to implement smart appliance control.