Design and Development of a Smart Pet Feeding Machine

Abstract

The Smart Pet Feeder is an IoT-enabled, automated feeding system designed to address challenges faced by pet owners with demanding schedules. Traditional feeders require manual operation, limiting flexibility. This system integrates an Arduino UNO Rev3 microcontroller, sensors, and a power window motor for precise, automated food dispensing. Its storage container holds enough food for up to a week, reducing refilling frequency and enhancing convenience. A key feature is IoT integration, allowing remote monitoring and control via an internet-connected interface. Users can adjust feeding schedules, track food levels, and receive real-time alerts, ensuring reliable and customizable feeding. Unlike conventional feeders, this system offers adaptive food dispensing, preventing overfeeding or depletion. The Smart Pet Feeder exemplifies mechatronics, embedded systems, and IoT applications in consumer automation. The Arduino controls the feeding mechanism, while sensors monitor food levels for efficient operation. Designed for energy efficiency, it supports long-term, sustainable use. As demand for smart home solutions grows, this feeder highlights the role of automation in pet care. It enhances user experience, ensures pet well-being, and promotes innovation in localized automation technologies. By integrating smart automation, it provides a reliable, user-friendly solution for modern pet management, advancing the future of automated consumer products.