John Mark M. Apilado | Rolly F. Castellano Jr. | Joseph F. Fajilagutan. | Bryan M. Mendezabal | Engr. Arnold F. Reano
Computer Engineering Department, College of Computer Studies, Mindoro State University-Bongabong Campus
johnmarkapilado827@gmail.com | rjrfcaste820@gmail.com | sepher1800@gmail.com | bryanmendizabal59@gmail.com
ABSTRACT
This study endeavors to create an advanced aquaponics management system, elevating monitoring capabilities through the integration of environmental sensors. By harnessing the power of the Internet of Things (IoT) and cloud-based technology, users gain unprecedented control over devices while seamlessly recording and analyzing system data. Complementing this, a user-friendly mobile application provides realtime insights into feed consumption, water parameters, and harvest schedules, enhancing operational efficiency. The Agile Methodology serves as the framework for this project, enabling a flexible and iterative approach to hardware and software development. Key hardware components include temperature and humidity sensors, electrical conductivity sensors, and pH sensors, essential for comprehensive monitoring. Facilitating seamless integration, an ESP32 microcontroller manages these sensors, boasting built-in Bluetooth and Wi-Fi modules to facilitate connectivity with the mobile application. In assessing project performance, adherence to ISO 25010 requirements and IEEE standards validates the system’s robustness and reliability.
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