Course description

The system consists of a microcontroller (such as ESP32 or Arduino), relay modules, sensors, and smart devices connected to household appliances. These components work together to automate tasks such as switching lights ON/OFF, controlling fans, monitoring room temperature and humidity, and managing smart door locks. The sensors continuously collect environmental data and send it to the controller, which processes the information and performs actions based on predefined conditions or user commands.

One of the key features of the Smart Home Automation System is remote monitoring and control. Users can operate electrical appliances through a mobile application, making it possible to manage home devices even when they are away. The system also enhances home security by integrating smart door locks, motion sensors, and alert notifications. In addition, automated scheduling allows appliances to operate at specific times, helping to reduce unnecessary power consumption and lower electricity costs.

What will i learn?

• Understand IoT Concepts – Gain knowledge of Internet of Things (IoT) technology and its real-world applications.
• Develop Home Automation Skills – Learn how to automate and control household appliances using smart devices.
• Implement Remote Monitoring – Enable monitoring and control of devices from anywhere through the internet.
• Enhance Energy Efficiency – Reduce power consumption through automated scheduling and smart control.
• Improve Home Security – Integrate sensors and smart devices for better safety and security.
• Gain Practical Experience – Develop hands-on skills in microcontrollers, sensors, wireless communication, and IoT system design.
• Build Smart Solutions – Design and implement intelligent systems that improve convenience and user comfort.
• Prepare for Industry Applications – Understand modern smart-home technologies used in residential and industrial automation.

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