International Research Journal of Education and Technology

The aquaculture industry has become increasingly important to meet the growing global demand for seafood. The use of Internet of Things (IoT) technology has become crucial to ensure the sustainability of fish farming practices. This summary provides an overview of IoT-based approaches to aquaculture fish farming. With IoT technologies such as Arduino UNO R3, DS18B20 waterproof temperature sensors, turbidity sensors, R365 DC 12V water pump, pH sensor, relays, and NodeMCU 8266 WiFi module, fish farmers can now monitor and control various factors of aquaculture systems. With real-time data collected by programs like ThingSpeak, farmers can maximize fish growth, minimize resource waste, and make informed decisions. This project highlights the main benefits of IoT-based fish farming, including water level management and monitoring. In addition, IoT-based solutions play a key role in optimizing production and reducing labour costs. The main controller of this system is an Arduino Uno, which is known for its flexibility and low price. Its ability to communicate with a wide range of sensors and actuators makes it an excellent choice for managing aquaculture conditions. In addition, the IoT connection enables a quick response to changes in measured parameters. In unsatisfactory situations, automatic alarms and notifications can be triggered, enabling quick corrective actions. Due to its scalability and easy integration with existing aquaculture systems, this system is a valuable tool for the industry. The introduction of such a system should promote the long-term growth of aquaculture by reducing operational risks and costs.

Keywords: Iot, Arduino UNO, Sensors, Wifi Module, Thingspeak, Aquaculture, Water Level Management, Real- Time Data, Regulate