CC BY 4.0Hortizuela, Manny R.Gurion, Eric Brandon B.Flores, Queenie Leanne P.Gatchallian, Angel Laurence S.Mamuyac Jr., Bryan D.2026-04-212026-04-212025-11Gurion, E. B. B., Flores, Q. L. P., Gatchallian, A. L. S., & Mamuyac Jr., B. D. (2025). AQUALITICS: Lot-based real-time monitoring for tap water quality assessment. [Unpublished Undergraduate Thesis]. Don Mariano Marcos Memorial State University - Mid La Union Campus, City of San Fernando, La Union. Lakasa ti Sirib, DMMMSU Institutional Repository.https://lakasa.dmmmsu.edu.ph/handle/123456789/1360Full textThis study presents Aqualitics, an lot-based real-time monitoring system designed to assess and analyze key physical parameters of tap water,such as temperature, pH level, turbidity, total dissolved solids, and electrical conductivity, which are visualized in a web-based dashboard for efficient monitoring and analysis. The study employed the Evolutionary Prototype Model and was evaluated using the System Usability’ Scale (SUS) along with the Technology' Assessment Protocol (TAP-TEEPS), which considers the system’s technical performance, economic viability, environmental soundness, political acceptability, and social acceptability’. After testing and evaluating the usability’ and functionality of the system, it has garnered a very high validity score of 4.51, and its sensors were evaluated with high accuracy. Overall, the Aqualitics system is a practical, efficient, and user-friendly tool that supports sustainable, water quality management aligned with SDG 6: Clean Water and Sanitation.xi, 79 p.: ill. (col.).EnglishAnalytical chemistry--Data processingMechanics, Analytic--Data processingGeometry, Analytic--Data processingGeometry, Analytic--Solid--Data processingVisual analytics--Data processingWater quality biological assessmentUSGS National Water Quality Assessment Pilot ProgramNational Water-Quality Assessment Program (U.S.)Water quality biological assessment--Mathematical modelsThesis