Course code/credits and contact hours | : | TKS4112/2.0 |
Semester | : | VII |
Instructor’s or course coordinator’s name | : | Dr. Ir. Sri Puji Saraswati, DIC., M.Sc. |
Bibliography | : |
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Spesific course information | ||
Brief description | : |
This course contains the definition of water health/water body; introduction to natural phenomenon and the impact of human activities to physical chemical properties of water and its toxicity; water quality monitoring system, water sampling techniques, water quality analysis, parameters and standards of water quality, management and process of water quality data; pollutant properties, and the impact of pollutant to water quality and ecosystem, River self purification, effluent limited water bodies, water quality limited water bodies, carrying and storage capacity of river water pollution, and Streeter Phelp water quality model, WQ Index and water quality quantification and ecohydraulical river water quality management. |
Prerequisite Courses | : | N/A |
Required/ elective | : | Elective |
Studio work | : | N/A |
Laboratory work | : | N/A |
Spesific goals of the course | ||
Spesific outcomes | : |
The students are expected to be able to explain physical, chemical, and biological properties of water quality & process phenomenon that produces water quality on water body, understand the units and parameters of water quality, students will be able to take sample, and measure water sample on site also analysis of quality in laboratory, also data management and process, conduct study in simple water quality modeling to calculate river carrying capacity, pollution control strategi in off stream and instream, understand the way to define and calculate water quality status and its relation to ecohydraulic river management. |
Student outcomes | : |
(b) An ability to design and conduct experiments, as well as to have data analysis and interpretation (e) An ability to identify, formulate, and solve civil engineering problems by considering local resources (h) The broad education necessary to understand on the impacts of engineering solutions in a global, economic, environmental, and societal context |
Brief list of topics to be covered | : |
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