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Undergraduate Theses

Permanent URI for this collectionhttps://hdl.handle.net/20.500.14578/5

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Degree: search.filters.degree.Bachelor of Science in Information TechnologyKeyword: search.filters.keyword.Fish

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    Web-based fish feeding real-time monitoring system with prototype
    Alcober, Grace M. (Davao del Sur State College, 2024-06)
    This study aimed to create a monitoring system that can handle the difficulties that monitoring fish feeding in real-time. The lack of real-time monitoring in fish feeding techniques can lead to control the level of feeds easy way to the fish farming monitor the tank level. To solve this problem, the researcher created a web-based fish feeding real-time monitoring system to give the users the resources they needed to maintain the tank level of feeds in fishpond. This system can display and monitor the feeds level, time of feeds distribution, water temperature and ph level. It means that the system effectively monitors fish feeding conditions, aiding outdoor fish farmer in improving their fishpond. Real-time monitoring allow for timely interventions, and collected data supports informed decision-making. Overall, the web-based fish feeding real-time monitoring system presented in this study is a potential answer to the problems of monitoring fish feeding. The system is effective and simple, allowing to the fishpond in Dawis, Digos City to make an easy way to monitor the feeds level, time of feeds distribution, water temperature and ph level conditions.
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    Development of fishpond automated fish feeder system prototype with GSM notification
    Enanoria, Janea Rose L. (Davao del Sur State College, 2024)
    Fish farmers rely on agriculture as their primary source of income, so they are looking for ways to produce higher quality of fish. Effective methods can help produce a lot of aquaculture products. The study aimed to develop a fishpond automated fish feeder system prototype with GSM notification for adult tilapia fish, addressing the persistent challenges of inconsistent feeding and insufficient awareness of water conditions. The system successfully monitors the status of water, including pH using the pH sensor and water temperature using the water temperature sensor, it also monitors the feed level in the tank using ultrasonic sensor and the time of feeding using real-time-clock (RTC). The study made it ideal for fish farmers. This reveals that using the prototype greatly enhances the agriculture field's performance, enabling the fish farmers to maintain stable growing conditions and the growth of their tilapia fish, as well as the successful sending of the readings from the sensor through SMS notification. Above all, the implementation of the fishpond automated fish feeder system prototype with GSM notification was successful in providing a convenient way for fish farmers to monitor their fish.