Internet-of-things

Contact Us
  • Theory
  • Introduction to Internet of Things
  • What is internet?
  •  The technology “Internet of Things”.
  •  Usefulness of IoT.
  •  Professional benefits.
  •  Applications of IoT.
  •  New and Upcoming Technologies.
  • Theory
  • The “Things” explanation.
  •  Embedded systems
  •  Input and Output devices.
  •  Analog and Digital sensors.
  •  Actuators.
  • Practical
  •  To Figure out input and output devices.
  •  Which device is analog and which one is digital?
  •  Sensor and actuator applications.
  • Theory
  •  Introduction to embedded system
  •  Components of embedded systems.
  •  The controlling unit “Microcontroller”.
  •  Hardware parts.
  • Theory
  • Sensors, Demystified.
  •  Sensors specification.
  •  How to use sensors.
  •  Types of sensors.
  • Practical
  •  Calibration of sensors.

Theory

  • Integrating peripherals.
  •  Peripherals explanation.
  •  Understanding communication protocols.
  •  Serial and parallel communication.
  •  UART, SPI, I2C communication.
    Practical
  •  Receiving data from sensors serially.

Theory

  • Interfacing arduino and sensors
  •  Explanation of software and hardware.
  •  The Arduino IDE.
  •  Programming the sensors.
    Practical
  •  Reading the values from sensors.
  • Project
  • Project

Theory

  • Introduction to internet protocols
  •  Transmission control/ Internet Protocol.
  •  Used datagram protocol.
  •  Network topologies.
  •  Understanding IPv4 & IPv6.

Theory

  •  Welcoming SMART HOME CONCEPT.
  •  Motors
  •  IR Sensors
  •  Temperature sensor
  •  LDR
  •  Relay
  •  Water level indicator.
    Practical
  •  Interface Motor Driver with IR sensor.
  •  Calibration of IR sensors
  •  What is it?
  •  Why is it Required?

Theory

  • Creating web page using arduino programming with basic HTTP
  •  Preface to Hyper Text Markup Language coding
  •  Elements of HTML.
  •  HTTP.
    Practical
  •  Creating the web page
  • Video Session

Theory

  •  Introduction to Basic Shield.
  •  What is the requirement of Basic Shield?
  •  Operation of Analog and Digital Signals.
  •  8 Bit and 10 Bit Concept.
    Practical
  •  Interfacing Basic Shield with Arduino.
  •  Lighting up several LED’s in a Wishful Pattern.
  •  Working on Switch, BUZZER and implementing with Arduino for better grasping of
    concepts. Interfacing Motors through sensors via Arduino.
  • Completion of led blink over internet.
  • Competition, Doubts & Practical Session
  • Project

Theory

  •  Serial and Parallel Communication.
  •  Hello to Analog I/P and O/P.
  •  Introduction to ADC.
    Practical
  •  Interfacing Potentiometer and LDR with ARDUINO.
  •  Interfacing Motor Driver with ARDUINO.
  •  Speed Control of Motors using PWM.

Theory

  •  Introduction to Temperature sensor.
  •  Applications of temperature sensor.
    Practical
  •  Testing of temperature sensor.
  •  Integrating of temperature sensor with microcontroller.
  •  Temperature control over the internet.

Theory

  •  Introduction to LDR.
  •  Advanced applications of LDR.
    Practical
  •  Testing of LDR.
  •  Integrating LDR with microcontroller.
  •  Light control over internet.

Theory

  •  Introduction to RELAYS.
  •  Pin description of various relays.
  •  How to check relays?
    Practical
  •  Integration of relays with microcontroller.
  •  Integrating Digital Signals.
  •  Switching of relays to control temperature and light over the internet.

Theory

  •  Introduction to Water level indicator.
  •  Application of water level indicator.
    Practical
  •  Integration with microcontroller.
  •  Getting water levels onto internet.
  • Project
  • Project

Theory

  •  IoT Health Care
  •  Temperature measurement.
  •  Pulse detection.
  •  Axis control.
  •  Display.

Theory

  •  LCD (Liquid Crystal Display).
    Practical
  •  Making Connections of LCD with Arduino.
  •  Generating name and number pattern.
  •  Generating custom characters.

Theory & Practical

  •  Temperature measurement using temperature sensor.
  •  Getting AID for temperature variations.
  •  Feeding temperature over the internet.
  •  Displaying the temperature on the LCD.

Theory & Practical

  •  Introduction to PULSE SENSOR.
  •  Pulse measurement.
  •  Introduction to Processing Command Window.
  •  Generating graph of pulse on processing window.

Theory

  •  ULTRASONIC SENSOR
  •  Application of Ultrasonic Sensor.
    Practical
  •  Integrating with microcontroller
  •  Distance measurement using Ultrasonic Sensor
  •  Feeding data of distance over the internet.
  • Project
  • Competition, Doubts & Practical Session
  • Certificate Distribution Cum Farewell Ceremony
  1.  Blink a LED using a switch
  2.  Glowing LEDs in pattern of your own choice.
  3.  Designing of RGB color pattern
  4.  Automatic light control system
  5.  Daily alarm clock
  6.  Flood control alarm system
  7.  Generation of MIDI tones
  8.  Intelligent blind stick
  9.  Automatic obstacle detection System
  10.  LDR based Darkness activation system
  11.  LDR based Light activation system
  12.  Voltage divider system
  13.  Automatic blinking of light
  14.  LED Control through Switch
  15. Dc motor speed control using PWM
  16.  Automatic speed controlled BOT
  17.  Digital display device
  18.  Automatic power control system
  19.  Traffic control system
  20.  Scroll strings on LCD
  21.  Automatic speed controlled BOT
  22.  Edge avoider BOT
  23.  Wall Follower BOT
  24.  Obstacle avoider BOT
  25.  Traffic control system
  26.  Visitor counting application
  27.  Scroll strings on LCD
  28.  Line follower BOT displaying the directions
  29.  Controlling buzzers and LED using serial communication
  30.  LED Blinking using Accelerometer
  31.  Gesture Recognition using Accelerometer
  32.  Motor Control using Accelerometer
  33.  Getting real world temperature using arduino
  34. Controlling motors using temperature sensor.
  35. Controlling gateways using temperature sensor.
  36.  Feeding data over the internet of temperature sensor.
  37.  Working with pulse sensor
  38.  Online update of heart rate
  39.  Controlling motors using relays
  40.  Controlling home appliances using relays
  41.  Feeding and reading the data of different home appliances over the internet.
  • Arduino Uno Board (1)
  • Wifi Board ESP8266 (1)
  • Basic Shield (1)
  • RoboSpecies Chassis (1)
  • BO Motors (2)
  • IR Sensor (1)
  • Electronica Kit (1)
  • Wheels (2)
  • Caster Wheel (1)
  • Screw driver (1)
  • Screw packet (1)
  • Single Strand Wires
  • LCD Shield (1)
  • Motor Driver board (1)
  • Temperature Sensor (1)
  • Light Control Sensor (1)
  • Relay (1)
  • Pulse Sensor (1)
  • Ultrasonic Sensor (1)
  • Robotics Made Easy-Robotic eBook (1)
  • CD (1)
  • Study Material.