Description
ABSTRACT
This study presents the development of a Smart Aquarium Management System (SAMS) that leverages smart technology to intelligently monitor critical water conditions and encourage responsible pet ownership by ensuring optimal environments for aquatic life. The system integrates water level, pH, and turbidity sensors, controlled by an Arduino UNO microcontroller and connected to a Blynk interface for real-time monitoring and control via a smartphone. The methodology involves integrating these sensors to maintain water conditions within specified optimal ranges, providing continuous data feedback to the user. Results show the system’s effectiveness in maintaining temperature between 23°C and 26°C, pH between 7.4 and 7.7, and turbidity between 4.7 NTU and 5.2 NTU, ensuring a stable environment for fish. Additionally, the system demonstrated user-friendliness through the Blynk app, allowing seamless remote monitoring. Suggestions for further improvements, such as integrating machine learning for predictive maintenance, are offered to enhance system performance. This research advances smart aquarium technology by demonstrating the practical application of real-time monitoring systems and providing insights for future enhancements to optimize user experience and environmental control.
| Full Name (In Capital Letters) | MUHAMAD ZAKI BIN ABDUL RAHMAN |
|---|---|
| zakiman@puo.edu.my | |
| Kurum / University / Affiliated Institution | POLITEKNIK UNGKU OMAR |
| Akademik Ünvan/ Academic Title | Other |
| Country | MALAYSIA |
| Telefon / Phone Number | +60 19 504 6636 |
| Katılım Tipi /Participation Types | Çevrimiçi /Online |
| Sunum Dili /What Will Be The Presentation Language? | English |
| Where Do You Want to Publish the Full Text? | I will only send summary text |
