• Overview of the Internet of Things and its applications in various industries
• Explanation of IoT devices and their components

• Understanding the basics of microcontrollers and how they work
• Programming the microcontroller using C++ programming language

• Building a weather station using a microcontroller and sensors
• Programming the weather station to display real-time weather data on a website or mobile app

• Building a smart home security system using a microcontroller, sensors, and cameras
• Programming the security system to detect motion in night mode
• Smart Door bell
• Bulb Switch on / off

• Building a smart alarm system using a microcontroller and a PIR motion sensor
• Programming the alarm system to send alerts to a mobile device when motion is detected in the room

• Building a drone using a drone kit or separate components
• Wiring and assembling the drone components
• Understanding the basics of IoT and how it can be applied to drones
• Programming the drone to send data to a website or mobile app

• Working in groups, students will design and build an IoT project of their choice, applying concepts learned throughout the course
• Presenting their project to the class and explaining how it works and its applications
• A set of sensor and Aurdino will be provided to Each Students for Home Practice

Testing the Purity of Milk

• Conducting a purity test on milk using common household items
• Identification of common adulterants in milk, such as water and synthetic milk

Testing the Purity of Oil

• Conducting a purity test on oil using common household items
• Identification of common adulterants in oil, such as palm oil and mineral oil