oxBinaryBrain / Ardiuno

A small project on how home automation works on a few simple lines of code using "C" language.

Arduino Home Automation Project

Overview

Welcome to the Arduino Home Automation project! This project aims to create a home automation system using Arduino and Bluetooth technology. With this system, you can remotely control household appliances through a smartphone application, providing convenience and modernity to your home.

Features

• Remote control of appliances via Android smartphone.
• User-friendly smartphone application interface.
• Integration with Arduino board for efficient communication and control.
• Safe operation ensured through optoisolators and thyristors.

Hardware Setup

To set up the hardware for this project, you'll need the following components:

• Arduino Board: Arduino Uno or Arduino Nano.
• Bluetooth Module: HC-05 or HC-06.
• Optoisolators: Ensure electrical isolation for safety.
• Thyristors (Triacs): Control AC loads like lights or fans.
• Loads: Connect appliances to the triacs for control.

Software Setup

The software setup involves:

1. Programming the Arduino board to receive Bluetooth commands and control loads accordingly.
2. Developing a GUI application for Android smartphones to send ON/OFF commands to Arduino via Bluetooth.

Getting Started

1. Connect the hardware components based on the provided circuit diagram.
2. Upload the Arduino code to the board (arduino_code.ino).
3. Pair the Bluetooth module with an Android smartphone.
4. Install and run the Android app (home_automation_app.apk) on the smartphone.
5. Use the app to send commands and remotely control connected loads.

Safety Considerations

• Ensure proper insulation and wiring to prevent electrical hazards.
• Use components with appropriate ratings to handle load requirements safely.
• Implement safety features in the software to prevent unintended activations.

Future Enhancements

Here are some ideas for future enhancements:

• Expand system capabilities with scheduling features.
• Integrate sensors for automation based on environmental conditions.
• Improve user interface and functionality of the Android app.

Contributors

• oxBinaryBrain - Project lead and main contributor.

Acknowledgements

• Project was displayed in the Innovative club of Presidency University at Bengaluru.
• Note: This was a mini project conducted in the 2nd semester of my engineering, so small working prototype was also created and tested.

Feedback and Support

For any issues or feedback, please open an issue or contact the project maintainer.