The Smart Alarm Clock is an innovative project that combines real-time environmental monitoring with customizable alarm functionalities. Developed using C++ for microcontroller programming, this system integrates components such as an LCD display, temperature and humidity sensors, and wireless communication modules to provide users with timely environmental data and notifications.
- Real-Time Monitoring: Continuously measures and displays temperature and humidity levels.
- Customizable Alarms: Users can set alarms based on specific times or environmental thresholds.
- User-Friendly Interface: An LCD screen ensures clear interaction and control.
- Wireless Communication: Enables remote sensor data collection and alarm triggering.
- Microcontroller Programming: Developed using C++ to program the Arduino microcontrollers.
- Distributed Processing: Utilizes three Arduinos to manage different tasks, ensuring precise timing and efficient communication.
- Serial Communication: Implements serial communication protocols to synchronize data between devices.
- Object-Oriented Design: Applies core OOD principles to ensure modularity and maintainability of the codebase.
- Engineered a Real-Time System: Successfully developed a system that provides continuous environmental monitoring and alarm functionalities.
- Seamless Device Communication: Achieved efficient data exchange between multiple Arduinos through robust serial communication.
- Enhanced User Interaction: Designed an intuitive interface that displays real-time data and allows easy alarm configuration.
- Three Arduino microcontrollers
- LCD display module
- Temperature and humidity sensors
- Wireless communication modules (e.g., RF modules)
- Connecting wires and breadboards
- Connect the hardware components as per the circuit diagram provided in the repository.
- Upload the respective
.inofiles to each Arduino. - Open the serial monitor to observe real-time data and interact with the system.
This project demonstrates expertise in embedded systems and hardware-software integration, offering a practical example of leveraging environmental data to create a responsive alarm system.