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Introduction to IoT: Concepts and Applications
Skill Developement

Introduction to IoT: Concepts and Applications

Introduction to IoT concepts, architecture, and components Sensors, actuators, and hardware platforms (Arduino/Raspberry Pi) Communication protocols and networking in IoT (MQTT, HTTP, Wi-Fi) Data collection, cloud integration, and basic analytics IoT applications, security considerations, and mini project development.
Course ModeOnline
Duration2 Weeks
Starts15 Jun 2026
Ends27 Jun 2026
Course Fee
₹1,000 /-
Registration Closed
About The Course

Overview

The course “Introduction to IoT: Concepts and Applications” provides a foundational understanding of Internet of Things technologies, including sensors, connectivity, and data processing. It explores real-world applications in smart homes, healthcare, and industry, enabling learners to design and analyze IoT-based solutions for modern technological challenges and emerging digital ecosystems.

Learning Goals

Course Outcomes

After successful completion of the course, students will be able to:

CO Code Course Outcome Statement
CO1 Explain the basic concepts, architecture, and working principles of IoT systems
CO2 Identify and describe IoT components such as sensors, actuators, and embedded systems
CO3 Analyze different communication protocols and technologies used in IoT
CO4 Illustrate various real-world IoT applications and their impact across domains
CO5 Design and implement a basic IoT system using simple hardware and software tools
Curriculum

Course / Modules

Week 1: Fundamentals of IoT

Module 1: Introduction to IoT

  • Definition and Evolution of IoT
  • Characteristics of IoT Systems
  • IoT Ecosystem and Components
  • IoT vs M2M (Machine-to-Machine)

Module 2: IoT Architecture

  • 3-layer and 5-layer IoT Architecture
  • Perception, Network, and Application Layers
  • Cloud vs Edge Computing in IoT
  • IoT Platforms Overview

Module 3: IoT Hardware Components

  • Sensors (Temperature, Humidity, Motion)
  • Actuators
  • Microcontrollers (Arduino, Raspberry Pi basics)
  • Embedded Systems Overview

Module 4: Communication Technologies

  • Wired vs Wireless Communication
  • Protocols: Wi-Fi, Bluetooth, Zigbee, RFID, NFC
  • Introduction to MQTT, HTTP, CoAP

Practical / Lab (Week 1)

  • Introduction to Arduino / Raspberry Pi
  • Interfacing basic sensors (e.g., temperature sensor)
  • Simple data acquisition and display 

    Week 2: IoT Applications and Implementation

    Module 5: IoT Software & Data Handling

  • IoT Software Stack
  • Data Collection and Processing
  • Cloud Integration (basic concepts)
  • Introduction to IoT dashboards

  • Module 6: IoT Applications

  • Smart Homes
  • Smart Cities
  • Healthcare (Wearables, Remote Monitoring)
  • Industrial IoT (IIoT)
  • Agriculture (Smart Farming)

  • Module 7: IoT Security & Challenges

  • Security Issues in IoT
  • Privacy Concerns
  • Data Protection
  • Challenges in Scalability and Interoperability

  • Module 8: Future Trends in IoT

  • AI + IoT (AIoT)
  • Edge Computing
  • 5G and IoT
  • Digital Twins  
    Practical / Lab (Week 2)
  • Build a simple IoT project (e.g., Smart Temperature Monitoring System)
  • Sending sensor data to cloud (ThingSpeak or similar)
  • Basic data visualization
Learn From Experts

Our Trainers

Mr. Aditya Desai
Mr. Aditya Desai
He is an IT Professional with vast experience in IoT and is training various studnets and Freshers in the same feild.