Internet of Things (IOT) 3-WEEK

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Breadcrumb Abstract Shape
Breadcrumb Abstract Shape

This Internet of Things (IoT) course provides a comprehensive introduction to the rapidly growing ecosystem of smart and connected devices. It explores how physical objects—ranging from everyday household items to advanced industrial machines—are embedded with sensors, microcontrollers, and communication technologies to collect, process, and exchange data.

The course covers IoT architecture, sensor types, embedded systems, wireless communication protocols, cloud platforms, edge computing, and data analytics. Students will learn how IoT devices interact with each other, how information flows through networks, and how intelligent automation is built.

Real-world IoT applications such as smart homes, smart cities, healthcare monitoring, agriculture automation, and industrial IoT are discussed to highlight the transformative impact of IoT across multiple domains. Learners will also gain basic exposure to IoT security, system design, and the challenges involved in deploying large-scale IoT networks.

By the end of the course, students will have a strong foundation in IoT concepts, practical system components, and the role IoT plays in enabling smarter, more efficient, and more connected digital environments.

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What Will You Learn?
  • you learn about IOT . what does it stands?

Material Includes

  • you will get an internship certificate.

Requirements

  • Good network and phone or laptop.

Audience

  • The person who wants to learn about it.

Course Content

Chapter 1
Chapter 1 provides a foundational understanding of the Internet of Things (IoT) and explains how everyday objects become smart by connecting to the internet. It introduces the basic idea of IoT—linking physical devices with sensors, software, and communication technologies so they can collect data, share information, and perform automated actions. This chapter covers the history and evolution of IoT, key features such as connectivity and automation, and the essential components like sensors, actuators, and embedded systems. It also highlights the importance of IoT in modern life, showing how it powers smart homes, smart cities, healthcare systems, agriculture, and industry.

  • Chapter 1
    05:23
  • IOT Chapter 1 Quiz

Chapter 2
Chapter 2 focuses on the architecture of IoT systems and explains how different layers work together to create a complete IoT solution. It introduces the standard IoT architecture, which includes the sensing layer, network/communication layer, and application layer. The chapter explains how sensors and actuators collect data, how communication technologies (like Wi-Fi, Bluetooth, Zigbee, and cellular networks) transmit this data, and how cloud or edge platforms process the information. Students also learn about device management, data flow, communication protocols, and the interaction between hardware and software components.

Chapter 3
Chapter 3 explains the various communication technologies that enable IoT devices to connect, share data, and operate efficiently. It covers both short-range and long-range communication methods used in IoT systems. The chapter introduces popular short-range technologies like Bluetooth, Wi-Fi, RFID, NFC, and Zigbee, explaining how they support device-to-device connectivity. It also covers long-range and low-power networks such as LoRaWAN, Sigfox, and cellular networks (3G/4G/5G), which allow devices to communicate over large distances. Students learn the strengths, limitations, power consumption patterns, and use-cases of each technology. The chapter highlights how the right communication method is chosen based on the IoT application’s range, speed, and energy needs.

Chapter 4
Chapter 4 focuses on the core hardware components of IoT systems: sensors and actuators. Sensors are devices that detect and measure physical conditions such as temperature, humidity, light, motion, pressure, or gas levels. Actuators, on the other hand, perform actions based on data or commands—such as turning on a motor, opening a valve, or moving a robotic arm. This chapter explains different types of sensors (analog, digital, active, passive) and common actuator mechanisms (motors, relays, solenoids). It also describes how these devices interface with microcontrollers, how data is collected, and how signals are processed.

Chapter 5
Chapter 5 explains how the large amount of data generated by IoT devices is collected, stored, processed, and managed. It introduces the complete data lifecycle in IoT—from sensing and transmission to cloud storage and analytics. The chapter covers important concepts such as data acquisition, edge computing, cloud platforms, and real-time data processing. Students learn how IoT data is filtered, cleaned, and analyzed to extract useful insights. It also highlights the role of big data technologies and databases (SQL/NoSQL) in handling massive device-generated information.

A course by

Shankar kumar
Shankar kumar
AI Engineer

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Course Includes:

  • Price:
    Original price was: ₹1,050.00.Current price is: ₹249.00.
  • Instructor:Shankar kumar
  • Duration: 15 hours
  • Lessons:5
  • Students:2
  • Level:All Levels
₹249.00 ₹1,050.00

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