Numbering Code	G-ENG01 6F019 LJ73	Year/Term	2022 ・ First semester
Number of Credits	2	Course Type	Lecture
Target Year		Target Student
Language	Japanese	Day/Period	Wed.1
Instructor name	KISHIDA KIYOSHI (Graduate School of Engineering Professor) ONDA SHINICHIROU (Graduate School of Engineering Associate Professor)
Outline and Purpose of the Course	It is important to consider rivers comprehensively from the various points of view based on natural and social sciences, and engineering technology. The fundamental knowledge to consider rivers and to make the plans for river basins is explained with the following contents: various viewpoints to consider rivers, long term environmental changes of rivers and its main factors, river flows and river channel processes, the ecological system of rivers and lakes, flood and slope failure disasters, the integrated river basin planning (flood defense, environmental improvement planning, sediment transport system), functions of dam reservoir and management.
Course Goals	Students are requested to understand the fundamental knowledge to consider rivers and river basins comprehensively from the various points of view based on natural and social sciences, and engineering and technology.
Schedule and Contents	Various viewpoints to consider rivers and river basins, 3 times, Various viewpoints to consider rivers and river basins, Various rivers on the earth, Formation processes of river basins, long term environmental changes of rivers and its main factors. Applications of computational methods related to problems in rivers, 2 times, The following items are lectured: Computational method to predict river flows and river channel processes with sediment transport and river bed deformation. Recent flood disasters and Integrated river basin planning, 3 times, Characteristics of the recent flood and slope failure disasters, the Fundamental river management plan and the River improvement plan based on the River Law, Procedures to make the flood control planning, Flood invasion analysis and hazard map. Groundwater and its related field, 1 time, Simulation technology of groundwater, Geo-environmental issues, Reservoir Engineering, Contaminant Transport Processes. Sustainable development of the dam, 1 time, Needs of dam development and history of dam construction, Maintenace of the Dam reservoir. Hydraulic structures in rivers, 2 times, Levee, groin and fisyway pass. Dam structure and its maintenance, 2 times, Dam structure, foundation, grouting. Design of Arch Dam and Gravity Dam. Achievement Confirmation and Feedback, 1 time, Comprehension check of course contents (Reports)
Evaluation Methods and Policy	Reports and Attendance
Course Requirements	Fundamental knowledge on Hydraulics, Hydrology and Ecology
Study outside of Class (preparation and review)	Explain in the class.
Textbooks	Textbooks/References	Materials regarding the contents of this class are distributed in the class.
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