Undergraduate Theses

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Browsing Undergraduate Theses by Subject "Automotive sensors"

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    Automatic fish feeder
    (Don Mariano Marcos Memorial State University - Mid La Union Campus, 2024-05) Cariño, Jared John Q.; Abela, Aldrin N.; Del Rosario, Mark Angelo E.; Jimenez, R-jay A.; Libatique, Benzar G.; Maglaya, Raymundo M.; Niu, Marron G.; Pascua, John Lloyd N.; Carreon, Jerry B.; Bustillos Jr., Rodrigo G.; Corpuz, Daisy C.; Julian, Jefferson S.
    Feeding fish is labor-intensive and expensive. Fish kinds and sizes, farm size, and labor availability all affect how frequently fish are fed. This study was focused on the design, construction, and evaluation of an Automatic Fish Feeder (AFF) aimed at improving efficiency in aquaculture practices. The project adopted a project development-descriptive evaluative research design. The objectives were to (1) design and construct the AFF, (2) assess its technical soundness, technical performance, and acceptability, and (3) prepare an operations manual for the end users. Results showed that the AFF met user specifications and performed with excellent technical soundness and performance, and was rated as very highly acceptable. The researchers successfully prepared a comprehensive operations manual. The study concludes that the AFF is functional and promising, though improvements may be integrated such as mobility enhancements and remote control features. An operation manual for the Automatic Fish Feeder was made and it is ready for use.
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    Flood detection and warning system
    (Don Mariano Marcos Memorial State University - Mid La Union Campus, 2024-05) Casuga , Mheldwin D.; Barias, Anthony A.; Cabading, Rodel D.; Estigoy, James Benedict A.; Gapasin, Jarmane F.; Labsan, Jerwin F.; Opena, Justine S.; Tangalin, Willgibson M.; Almoite, Freylan C.; Carreon, Jerry B.; Coyoca Jr., Andy Victor A.; Dadag, Randel C.
    Technology has become innovated by those who are capable to undergo in a study to improve a certain invention, but because of innovation, people are not aware of the situation of their environment. This study aimed to develop and evaluate the Flood Detection and Warning System in terms of technical soundness, level of technical performance, and level of acceptability'. This study' used a descriptive-evaluative research design to assess the technical soundness, performance, and acceptability’ of the Flood Detection and Warning System. The study found that the Flood Detection and Warning System mus easy to use, and its essential parts are durable, locally available, and affordable. This desice is excellent in terms of its level of technical soundness, excellent in its level of performance, and excellent in its level of acceptability. An operations manual for the Flood Detection and Warning System was made, and it is ready to use.