Abstract
The purpose of this research is to create an automatic fish feeding system based on a predetermined schedule and water quality monitoring. The research method is divided into data collection method, design method, and development method. The data collection method includes survey, interviews, observations, and literature studies. The design method is divided into user interface and device design. The system development is implemented using the prototype method. The result of this research is a prototype system where, when the Real-Time Clock (RTC) is set according to the schedule, the NodeMCU commands the servo motor to open the feeding valve, and the pH and Turbidity sensors continuously measure their values if there is no feeding command on the RTC. If the pH sensor detects abnormal values, the NodeMCU will send continuous notifications to the Telegram Bot
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