1. Able to observe a pipeline's laminar and turbulent flow and understand each flow's characteristics. Able to measure a pipeline discharge and calculate the Reynolds number from experimental data.
2. Able to understand measurement methods of discharge in an open channel. Able to measure velocities and water depths using some instruments and estimate discharge using these data.
3. Able to understand each phenomenon of open channel flow: subcritical flow, supercritical flow, and hydraulic jump, and conduct flume experiments.
4. Understand and conduct experiments related to dissolved oxygen (DO) and biochemical oxygen demand (BOD).
5. Understand and conduct experiments related to pH.
Outline:
In the first semester, learners conduct flume experiments using knowledge learned in each Hydraulics and Hydraulic Engineering class. Learners aim to obtain knowledge and techniques of flow patterns, some methods of flow measurement by using instruments, and some calculation methods.
In the second semester, learners conduct experiments on water quality using knowledge learned in Environmental Engineering class. Learners will understand deeply techniques that help environmental protection by obtaining knowledge of methods for understanding a water quality environment quantitatively through experiments.
Style:
Step 1: The teachers explain the outline of each experiment.
Step 2: The teachers give the pre-investigation items. Learners investigate these items and write a report with students of the same group. Learners obtain knowledge and techniques of essential measurement and calculation methods through these tasks before conducting experiments.
Step 3: Learners conduct experiments in a group.
Step 4: Learners take the final examinations of each semester to confirm the achievement level of the course objectives.
(The learning time: 60 hours, The self-study time: 30 hours)
Notice:
Wear suitable clothing and shoes for the experiment. Although learners will not handle dangerous things, please be careful during experiments. Moreover, learners have to handle experimental instruments carefully. Please bring a calculator to every class because learners will conduct many calculations to prepare reports. Learners have to observe the deadline for submitting the reports.
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Theme |
Goals |
| 1st Semester |
| 1st Quarter |
| 1st |
Class guidance.
Pre-investigation on the estimation of a discharge coefficient of a triangular weir (investigation of experiment and calculation methods).
Pre-investigation on the measurement method of water depth in a complex open channel flow which includes subcritical, supercritical, and hydraulic jump. |
Able to investigate measurement and calculation methods for estimating a discharge coefficient of a triangular weir and understand experimental objectives.
Able to investigate the measurement of water depth and calculation methods on a complex open channel flow and understand experimental objectives.
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| 2nd |
Pre-investigation on the estimation of a discharge coefficient of a triangular weir (investigation of experiment and calculation methods).
Pre-investigation on the measurement method of water depth in a complex open channel flow which includes subcritical, supercritical, and hydraulic jump. |
Able to investigate measurement and calculation methods for estimating a discharge coefficient of a triangular weir and understand experimental objectives.
Able to investigate the measurement of water depth and calculation methods on a complex open channel flow and understand experimental objectives.
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| 3rd |
Pre-investigation on the estimation of a discharge coefficient of a triangular weir (investigation of experiment and calculation methods).
Pre-investigation on the measurement method of water depth in a complex open channel flow which includes subcritical, supercritical, and hydraulic jump. |
Able to investigate measurement and calculation methods for estimating a discharge coefficient of a triangular weir and understand experimental objectives.
Able to investigate the measurement of water depth and calculation methods on a complex open channel flow and understand experimental objectives.
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| 4th |
Pre-investigation on the estimation of a discharge coefficient of a triangular weir (investigation of experiment and calculation methods).
Pre-investigation on the measurement method of water depth in a complex open channel flow which includes subcritical, supercritical, and hydraulic jump. |
Able to investigate measurement and calculation methods for estimating a discharge coefficient of a triangular weir and understand experimental objectives.
Able to investigate the measurement of water depth and calculation methods on a complex open channel flow and understand experimental objectives.
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| 5th |
Experiment on the estimation of a discharge coefficient of a triangular weir.
Experiment on the measurement of the water surface profile in a complex open channel flow. |
Able to understand the estimation method of the discharge coefficient of a triangular weir
Able to understand each phenomenon of open channel flow: subcritical flow, supercritical flow, and hydraulic jump, and conduct flume experiments.
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| 6th |
Experiment on the estimation of a discharge coefficient of a triangular weir.
Experiment on the measurement of the water surface profile in a complex open channel flow. |
Able to understand the estimation method of the discharge coefficient of a triangular weir
Able to understand each phenomenon of open channel flow: subcritical flow, supercritical flow, and hydraulic jump, and conduct flume experiments.
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| 7th |
Pre-investigation on the measurement and calculation method of discharge of an open channel (investigation of methods used in real rivers).
Pre-investigation of pipeline experiment (investigation of measurement and calculation methods). |
Able to investigate some methods for estimating a discharge in real rivers and understand experimental objectives.
Able to investigate the observation of a pipeline's laminar and turbulent flow and calculation methods of the Reynolds number and friction loss and understand experimental objectives.
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| 8th |
Pre-investigation on the measurement and calculation method of discharge of an open channel (investigation of methods used in real rivers).
Pre-investigation of pipeline experiment (investigation of measurement and calculation methods). |
Able to investigate some methods for estimating a discharge in real rivers and understand experimental objectives.
Able to investigate the observation of a pipeline's laminar and turbulent flow and calculation methods of the Reynolds number and friction loss and understand experimental objectives.
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| 2nd Quarter |
| 9th |
Pre-investigation on the measurement and calculation method of discharge of an open channel (investigation of methods used in real rivers).
Pre-investigation of pipeline experiment (investigation of measurement and calculation methods). |
Able to investigate some methods for estimating a discharge in real rivers and understand experimental objectives.
Able to investigate the observation of a pipeline's laminar and turbulent flow and calculation methods of the Reynolds number and friction loss and understand experimental objectives.
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| 10th |
Pre-investigation on the measurement and calculation method of discharge of an open channel (investigation of methods used in real rivers).
Pre-investigation of pipeline experiment (investigation of measurement and calculation methods). |
Able to investigate some methods for estimating a discharge in real rivers and understand experimental objectives.
Able to investigate the observation of a pipeline's laminar and turbulent flow and calculation methods of the Reynolds number and friction loss and understand experimental objectives.
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| 11th |
Experiment on the estimation of a discharge in an open channel.
Experiment on the observation and measurement of a pipeline flow. |
Able to understand measurement methods of discharge in an open channel. Able to measure velocities and water depths using some instruments and estimate discharge using these data.
Able to observe a pipeline's laminar and turbulent flow and understand each flow's characteristics. Able to measure a pipeline discharge and calculate the Reynolds number and friction loss from experimental data.
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| 12th |
Experiment on the estimation of a discharge in an open channel.
Experiment on the observation and measurement of a pipeline flow. |
Able to understand measurement methods of discharge in an open channel. Able to measure velocities and water depths using some instruments and estimate discharge using these data.
Able to observe a pipeline's laminar and turbulent flow and understand each flow's characteristics. Able to measure a pipeline discharge and calculate the Reynolds number and friction loss from experimental data.
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| 13th |
Experiment on the estimation of a discharge in an open channel.
Experiment on the observation and measurement of a pipeline flow. |
Able to understand measurement methods of discharge in an open channel. Able to measure velocities and water depths using some instruments and estimate discharge using these data.
Able to observe a pipeline's laminar and turbulent flow and understand each flow's characteristics. Able to measure a pipeline discharge and calculate the Reynolds number and friction loss from experimental data.
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| 14th |
Experiment on the estimation of a discharge in an open channel.
Experiment on the observation and measurement of a pipeline flow. |
Able to understand measurement methods of discharge in an open channel. Able to measure velocities and water depths using some instruments and estimate discharge using these data.
Able to observe a pipeline's laminar and turbulent flow and understand each flow's characteristics. Able to measure a pipeline discharge and calculate the Reynolds number and friction loss from experimental data.
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| 15th |
Calculate using experimental data and prepare reports. |
Able to calculate using experimental data and prepare reports.
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| 16th |
Calculate using experimental data and prepare reports. |
Able to calculate using experimental data and prepare reports.
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| 2nd Semester |
| 3rd Quarter |
| 1st |
Guidance
Preliminary study of river water quality experiment |
Able to study the specified items and understand their purpose concerning river water quality experiments.
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| 2nd |
Preliminary study of river water quality experiment |
Able to study the specified items and understand their purpose concerning river water quality experiments.
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| 3rd |
River water quality experiment |
Able to experiment with water quality parameters (pH, DO, BOD, etc.).
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| 4th |
River water quality experiment |
Able to experiment with water quality parameters (pH, DO, BOD, etc.).
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| 5th |
Organize the experimental data and prepare a report |
Able to organize the experimental data and prepare a report based on them.
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| 6th |
Organize the experimental data and prepare a report |
Able to organize the experimental data and prepare a report based on them.
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| 7th |
Organize the experimental data and prepare a report |
Able to organize the experimental data and prepare a report based on them.
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| 8th |
Organize the experimental data and prepare a report |
Able to organize the experimental data and prepare a report based on them.
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| 4th Quarter |
| 9th |
Preliminary study of wastewater treatment experiment |
Able to study the specified items and understand their purpose concerning wastewater treatment experiments.
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| 10th |
Preliminary study of wastewater treatment experiment |
Able to study the specified items and understand their purpose concerning wastewater treatment experiments.
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| 11th |
Wastewater treatment experiment |
Able to reproduce organic matter removal by the activated sludge process at the laboratory level.
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| 12th |
Wastewater treatment experiment |
Able to reproduce organic matter removal by the activated sludge process at the laboratory level.
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| 13th |
Organize the experimental data and prepare a report |
Able to organize the experimental data and prepare a report based on them.
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| 14th |
Organize the experimental data and prepare a report |
Able to organize the experimental data and prepare a report based on them.
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| 15th |
Organize the experimental data and prepare a report |
Able to organize the experimental data and prepare a report based on them.
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| 16th |
Organize the experimental data and prepare a report |
Able to organize the experimental data and prepare a report based on them.
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