Automatic Feed Dispenser for Aquaculture using Arduino Technology

In addressing the dynamic needs of the aqua-culture sector, essential for meeting the escalating global demand for seafood, the development of efficient and precise feeding methodologies becomes paramount. The limitations of conventional feeding practices, marked by manual intervention leading to inefficiencies, imprecise schedules, and potential resource wastage, underscore the necessity for automation in aquaculture. Our research, titled “Automatic Feed Dispenser for Aquaculture,” focuses on revolutionizing the manual feeding process by introducing an IoT-based dispenser that leverages advanced technologies, prominently featuring Ultrasonic sensors, Arduino technology, and a Bluetooth module. This Automatic Feed Dispenser is designed to offer both automatic and manual operation, addressing the challenges associated with conventional methods. Notably, the dispenser incorporates Ultrasonic sensors to optimize the feeding process by enabling obstacle avoidance. This key feature empowers the farmer to control feed dispensing even while occupied with other tasks, highlighting the system’s efficiency and adaptability. The utilization of Arduino-based hardware serves as a pivotal component, minimizing human intervention and elevating feeding efficiency. The integration of a Bluetooth module further enhances the system’s capabilities, providing a means for remote control and management. Through this innovative approach, our system significantly reduces manual labor, contributing to healthier aquatic environments. By facilitating precise feeding schedules and promoting optimal shrimp growth and well-being, the Automatic Feed Dispenser stands as a technological advancement poised to transform aquaculture practices.