To equip ITI trainees with practical knowledge of microcontroller-based embedded systems by designing an automated home security system. 2. To understand and apply sensors such as motion detectors, infrared sensors, and door/window contacts for real-time security monitoring. 3. To develop skills in programming microcontrollers for sensor data acquisition, processing, and triggering appropriate alarms or notifications. 4. To integrate communication modules like GSM or Wi-Fi for remote alerts and system control, enhancing IoT awareness. 5. To reinforce troubleshooting and system testing techniques to ensure reliability and robustness of the security system. 6. To promote teamwork, documentation, and presentation skills through project collaboration and reporting.
Conduct background research on various sensors and microcontrollers suitable for home security applications. 2. Design circuit diagrams and select appropriate hardware components including sensors, microcontrollers, buzzers, and communication modules. 3. Develop and write embedded C or assembly language programs to interface the sensors with the microcontroller and implement alarm triggering mechanisms. 4. Assemble and wire the hardware components on a breadboard or PCB, ensuring proper connections and power supply. 5. Test and debug the system for accurate detection and timely notifications both locally and remotely. 6. Document the entire project process, including design decisions, circuit diagrams, coding, testing results, and user manual. 7. Present the final working model along with a demonstration and explanation of the system’s features and potential enhancements.
