Automated Pet Feeder with RFID Technology using Design Thinking Approach

Abstract

Abstract: With the increasing demand for technological solutions in the pet care industry, this paper presents the development of an automated pet feeder that integrates RFID technology and Arduino as the microcontroller. The proposed system aims to streamline and enhance the feeding process for domestic pets by enabling pulsed feeding schedules and portion control based on RFID-tagged collars. The system uses an RFID reader to identify individual pets, triggering a simple motor mechanism to deliver the designated portion of pet food. The Arduino microcontroller facilitates the coordination of RFID tag recognition and food delivery, providing a user-friendly and customizable interface for pet owners. The design and implementation considerations, including hardware integration, software development, and fuzzy control logic, were thoroughly discussed. Experimental results demonstrate the feasibility and efficacy of the proposed automated pet feeder in maintaining a consistent feeding schedule and portion management, ensuring the well-being and health of pets. The study not only contributes to the advancement of pet care technology but also highlights the potential for further enhancements and applications in the realm of smart pet management systems.