<![CDATA[Nutritional health in cockatoo maintenance is still a major problem that has not been resolved properly. Common causes of this problem include a lack of variation in food, drinking and vitamins which can affect both the physical and mental health of cockatoo. Another factor is that the keeper is not always around the cage, so that the pattern of nutritional intake is not properly monitored. In this final project research designed an automatic feeding and drinking device based on IoT, which aims to control the variation of bird feed and provide feeding remotely. Automatic feeding and drinking equipment is designed using Arduino mega2560, weight sensor (Load Cell), servo motor, relay, mini water pump, NodeMCU and RTC (Real Time Clock). The weight sensor (Load Cell) aims to check the mass of the feed, vitamin and drink containers. NodeMCU will communicate the hardware interface with the operational system automatically with the On-off control system to open the valve. The bird's dietary habit will be in accordance with the wishes of the keeper which is set in the system program on the Arduino Mega2560. Testing the whole system that works automatically gets data that there is a difference between the reference mass value of 35 grams and the results of the circuit test. The average percentage of these errors is container A of 5.11%, container B of 1.57%, container C of 2.1%, and container D of 0.05%. The data resulting from the amount of food will be sent to the BLYNK application as a monitoring system. With this IoT technology, breeder can provide food, drink and vitamins remotely.]]>
