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IOT Design Methodology
Highest Rated
Rating: 4.6 out of 5(122 ratings)
400 students

IOT Design Methodology

IOT Design Methodology
Highest Rated
Created byParag Achaliya
Last updated 10/2023
English
English [Auto],

What you'll learn

  • Understand the Steps in IoT Design Methodology and Basics of IoT Networking
  • Understand the Networking Components and Internet Structure
  • Study the IoT Communication Models and IoT Communication APIs
  • Study the Four pillars of IoT: M2M, SCADA, WSN, RFID

Course content

1 section • 6 lectures • 1h 29m total length

  • IoT Design Methodology Steps15:41

    Learn the IoT design methodology and its 10 steps, from purpose and requirement specification to device integration and application development, including data collection and data privacy and security requirements.

  • IoT Networking Components, Connectivity Technologies, IoT Communication Models17:40

    Explore IoT networking components, connectivity technologies, and the four IoT communication models—request–response, publish–subscribe, push–pull, and exclusive pair—to design robust IoT systems.

  • IoT Communication APIs - REST-based and WebSocket-based Communication APIs6:10

    Examine REST-based and WebSocket-based communication APIs for IoT, understanding the request-response model and bi-directional client-server exchanges. Learn about handshake, persistent connections, authorization checks, and packet structures for secure IoT communication.

  • Four Pillars of IoT - M2M, SCADA, WSN, RFID14:08

    Explore the four pillars of IoT, machine-to-machine, scada, wireless sensor networks, and RFID, and learn how embedded devices, gateways, and cloud systems enable remote monitoring and data exchange.

  • Home Automation Case Study19:17

    Explore a home automation case study using the IoT design methodology, featuring auto and manual light control, remote monitoring, local data analysis, and a Raspberry Pi Python REST API implementation.

  • Addressing Techniques in IOT16:32

    Explore addressing techniques for IoT, comparing IPv4 and IPv6, and explain how IPv6 expands address space and supports unicast, multicast, and anycast for a huge number of devices.

  • MCQ Based Quiz

Requirements

  • Internet of Things Concepts

Description

In this course, learners will be going to learn about the different steps in the Internet of Things Design Methodology. The prerequisite of this course is: But before starting with this course, learners must have basic knowledge about the Internet of Things and their concepts. After that, learners will also be going to learn about the Basics of Internet of Things Networking and Networking Components in this course. After that, the learner will be going to learn about the Internet Structure, various Connectivity Technologies that can be used in the Internet of Things. Then learner will be going to learn about the various Internet of Things Communication Models and various Internet of Things Communication APIs. After that, this course will cover the four pillars of the Internet of Things: Machine – to – Machine (M2M), Supervisory Control And Data Acquisition (SCADA), Wireless Sensor Network (WSN), Radio Frequency Identification (RFID). At the end of this course, learners will also be going to learn about the case study of the Home Automation System based on Ten steps of Internet of Things Design Methodology. The outcome of this course is: After successful completion of this course, learners can easily apply the design methodology steps for designing and implementing any IoT applications in the real world.

Who this course is for:

  • Learners of Internet of Things

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