Course curriculum

  • 1
    Module 2: Introduction to IoT
  • 2
    Module 3: IoT Architecture and Design
  • 3
    Module 4: IoT Protocols
  • 4
    Module 5: IoT & Cloud
  • 5
    Module 6: IoT & Smart Grid
  • 6
    Module 7: Use Case of IoT
  • 7
    Module 8: Common Terms related to IoT
  • 8
    Module 9: Future Direction of IoT
  • 9
    Module 10: Arduino and Raspberry Pi
  • 10
    Module 11 : Hands on
  • 11
    Module 12: IoT Security
  • 12
    Module 13: Internet of Everything
  • 13
    Module 14 : Project
  • 14
    Study Material
  • What is IoT Advantages and Disadvantages of IoT Challenges in IoT
  • Key Components Layer Architecture Middleware
  • What are IoT Protocols? Communication Protocol- Device to Device, Device to Cloud, Device to Gateway Data Link Layer Protocols Networking Layer Protocols Transport Layer Protocol-TCP, UDP, DCCP, DTLS Application Layer Protocol- MQTT, SMQTT, AMQP, XMPP, DDS, CoAP
  • Concept & Architecture of Cloud Cloud Service Providers Fog, Edge and Grid Computing
  • What is Smart Grid? Communication Technologies of IoT- Aided Smart Grid System Architecture of IoT-aided Smart Grid System IoT and Non-IoT Technologies for Smart Grid
  • IoT & Healthcare IoT & Smart Homes IoT & Agriculture
  • Some common terms
  • Future Direction of IoT
  • Introduction to Arduino Types of Arduino Boards Introduction To Raspberry Pi Raspberry Pi Models
  • Interaction with Arduino Interaction with Raspberry Pi Interaction with Raspberry Pi Sense HAT Interfacing Sensor with Arduino Interfacing sensor with Raspberry Pi
  • Security Standards IoT Security best practices
  • Internet of Everything
  • Temperature and Humidity measurement using Arduino Temperature and Humidity measurement with Raspberry Pi and Sense HAT
  • Study Material