CURRICULUM • INTERNET OF THINGS

Connect Devices. Collect Data. Build Smart Systems.

The Internet of Things, commonly known as IoT, is a technology that allows physical devices to collect information, communicate with each other and perform actions through connectivity.

Explore how sensors, microcontrollers and wireless technologies work together to create smart and connected systems.

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IoT Sensors Microcontrollers Connectivity Automation

IoT CONNECTED

DATA

SMART

CONTROL

REMOTE

AUTO

CLOUD

DATA COLLECTED

CONNECTED SYSTEM

INTRODUCTION TO IoT

Connect the Physical World to the Digital World.

In this module, students explore how sensors, microcontrollers and wireless technologies can work together to create smart and connected systems.

Through practical projects, students learn how information can be collected from the real world, processed by a device and used to control different actions.

The focus is on understanding connectivity, automation and the role of IoT in modern technology.

CORE CONCEPT Smart Connected Systems

Sense • Connect • Collect • Process • Control

06 Core Modules

∞ Smart Ideas

WHAT STUDENTS WILL LEARN

From Connected Devices to Smart Systems.

Students gradually understand how sensing, processing, connectivity and automation work together in an IoT system.

Introduction to IoT

Understand the basic concepts behind connected devices and smart systems.

What is IoT? Connected Devices IoT Systems Sensors Controllers Communication Smart Environments Real-World Applications

FOUNDATION

Sensors & Data Collection

Learn how sensors observe and measure conditions in the real world.

Temperature Light Distance Motion Environment Sensor Data Data Collection Smart Systems

SENSING

Microcontrollers

Discover how microcontrollers receive information, process it and control devices.

Microcontrollers Inputs Outputs Sensor Connections LED Control Motor Control Actuators IoT Programming

CONTROL

Connectivity

Explore how IoT devices communicate and exchange information through connected systems.

Connectivity Wired Communication Wireless Communication Wi-Fi Bluetooth Data Transfer Networks Remote Monitoring

CONNECTIVITY

Automation

Combine sensor inputs and programmed instructions to create automated systems.

Automation Decision Making Automatic Control Triggers Smart Lights Motor Control Monitoring Automation Solutions

AUTOMATION

Building Smart Systems

Combine sensors, microcontrollers and connectivity to create complete practical IoT systems.

Collect Data Process Information Connected Devices Control Outputs Automation Remote Monitoring Multiple Components Testing & Improvement

SMART SYSTEMS

HOW IoT WORKS

From Sensing to Smart Action.

Students understand how information moves through a connected IoT system.

01 Sense Observe the world

02 Connect Link devices

03 Collect Gather data

04 Process Understand data

05 Control Take action

06 Automate Act intelligently

HANDS-ON LEARNING

Learn IoT by Building It.

The IoT module follows a practical learning cycle where students experiment with sensors, connectivity, data and automation.

Students build systems, test connectivity, observe data and improve their solutions through project-based activities.

Sense

Connect

Collect

Process

Control

Automate

SKILLS DEVELOPED ACTIVE

Logical Thinking

Problem Solving

Technical Understanding

Programming Skills

Electronics Knowledge

Data Awareness

System Thinking

Creativity & Innovation

Technology Confidence

IoT PROJECTS

Turn Data Into Smart Actions.

Students apply their knowledge through hands-on IoT projects and activities.

Smart Lighting

Create lighting systems that respond to sensors and changing conditions.

SMART OUTPUT

Temperature Monitoring

Collect and monitor temperature data using sensors and connected devices.

DATA MONITORING

Smart Security

Explore simple connected security concepts using sensors and automated responses.

SECURITY

Sensor Automation

Use sensor information to trigger automatic actions in a connected system.

AUTOMATION

Remote Monitoring

Explore how information can be monitored through connected devices.

REMOTE ACCESS

Smart Environment

Build concepts that use environmental data to create responsive systems.

ENVIRONMENT

Connected Motor Control

Combine connectivity and control to operate motors through smart systems.

CONNECTED CONTROL

IoT Robotics

Combine robotics and IoT concepts to create connected technology projects.

ROBOTICS

Smart Home

Explore simple smart-home applications using connected sensors and devices.

SMART HOME

IoT CONNECT • CONTROL

WHAT STUDENTS WILL GAIN

From Connected Devices to Smart Solutions.

After completing the IoT module, students will be able to understand how hardware, software and connectivity combine to create useful connected systems.

Understand the basic concepts of IoT
Explain how connected devices communicate
Work with sensors and collect data
Use microcontrollers in IoT applications
Understand basic wireless connectivity
Build simple connected systems
Create sensor-based automation
Understand how data moves through an IoT system
Combine hardware, software and connectivity
Develop practical IoT-based projects

WHY LEARN IoT?

Connect the World. Build Smart Solutions.

The Internet of Things is transforming the way people interact with technology.

Smart homes, connected vehicles, industrial automation, healthcare systems, agriculture, robotics and smart cities all use connected technologies to collect information and make systems more efficient.

Learning IoT gives students an opportunity to understand how the physical world can be connected to the digital world and how smart systems can be designed to solve real-world problems.

IoT Sensors Microcontrollers Connectivity Automation

INTERNET OF THINGS

Sense. Connect. Automate.

Innovate.

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