| Jiang, Jing-Cai / Professor (by-work) [Detail] |
 |
| Academic Degree: |
Ph.D. |
| Field of Study: |
Geotechnical Engineering |
| Lecture: |
Global Communication B (Graduate School), Presentation Method (D) (Graduate School), Practice on Civil Engineering Projects (Bachelor Course), Risk Communication (Graduate School), Theory of Risk and Crisis Management (Graduate School), International Advanced Technology and Science A (Graduate School), International Advanced Technology and Science B (Graduate School), Soil Mechanics 2 and Exercise (Bachelor Course), Geotechnical Engineering (Bachelor Course), Geoenvironmental Design Theory (Graduate School), Fundamental Analysis for Civil Engineering (Bachelor Course), Advanced Slope Disaster Mitigation (Graduate School), Introduction to Science and Technology (Common Curriculum), Civil and Environmental Engineering Laboratory (Bachelor Course), Civil and Environmental Engineering Design Exercise (Bachelor Course), Research Approaches in Science and Technology A (Graduate School), Research Approaches in Science and Technology E (Graduate School), Risk Management for Natural Disasters (Bachelor Course), Risk Management Practical Exercize of Government and Company (Graduate School), Practical Training of Risk Management (Graduate School), Practical Training of Risk Management (Graduate School) |
| Subject of Study: |
地盤災害・地盤防災に関する研究, 巨大地震による広域地盤変動に関する研究, 風水害・地震災害等に関する調査研究, 中国淮河の流域治水及び遊水地利用に関する調査研究, 要配慮者利用施設の土砂災害時の対応 (earthquake, 豪雨, 地盤防災, 風水害減災, 災害調査, 流域治水) |
|
| Kamada, Mahito / Professor (by-work) [Detail] |
 |
| Academic Degree: |
Ph.D. |
| Field of Study: |
Ecosystem Management |
| Lecture: |
STEM Practice (Bachelor Course), Green Infrastructure (Graduate School), Presentation Method (D) (Graduate School), Practice on Civil Engineering Projects (Bachelor Course), Ecological Hydroengineering (Graduate School), Ecosystem Conservation (Bachelor Course), Advanced Theory for Ecosystem Management (Graduate School), Introduction to Civil and Environmental Engineering (Bachelor Course), Civil and Environmental Engineering Laboratory (Bachelor Course), Civil and Environmental Engineering Design Exercise (Bachelor Course), Research Approaches in Science and Technology A (Graduate School), Ecological Design of Landscape (Bachelor Course) |
| Subject of Study: |
グリーンインフラの評価と社会実装, 二次的自然の保全，管理, 生態系アセスメントの方法論 (グリーンインフラ, 二次的自然, 生態系管理·復元, 生態系アセスメント) |
|
| Kozuki, Yasunori / Professor (by-work) [Detail] |
 |
| Academic Degree: |
doctor engineering |
| Field of Study: |
Ecosystem Engineering, 津波防災学, 環境工学 |
| Lecture: |
STEM Practice (Bachelor Course), Exercise for Career Plan (Bachelor Course), Presentation Method (D) (Graduate School), Practice on Civil Engineering Projects (Bachelor Course), Mitigation Engineering (Graduate School), Risk Communication (Graduate School), Theory of Risk and Crisis Management (Graduate School), Considering the Environment (Bachelor Course), Environmental Risk (Bachelor Course), Advanced Lecture in Social Risk Engineering (Graduate School), Introduction to Civil and Environmental Engineering (Bachelor Course), Civil and Environmental Engineering Laboratory (Bachelor Course), Civil and Environmental Engineering Design Exercise (Bachelor Course), Research Approaches in Science and Technology A (Graduate School), Risk Management Practical Exercize of Government and Company (Graduate School), Practical Training of Risk Management (Graduate School), Practical Training of Risk Management (Graduate School) |
| Subject of Study: |
沿岸生態系の修復，再生, 環境学習の手法, 防災学習の手法, 地震津波防災 (ecosystem in coastal zone, Tridentiger obscurus, Amagasaki canal, education for disaster prevention, mitigation, Environmental education, concrete-block wall, Hypoxia) |
|
| Muto, Yasunori / Professor (by-work) [Detail] |
 |
| Academic Degree: |
Doctor of Philosophy |
| Field of Study: |
Hydraulics, Hydraulic Engineering, River Engineering |
| Lecture: |
Introduction to STEM (Bachelor Course), STEM Practice (Bachelor Course), Green Infrastructure (Graduate School), Presentation Method (D) (Graduate School), Practice on Civil Engineering Projects (Bachelor Course), Applied Hydraulics (Bachelor Course), Advanced Hydraulics (Graduate School), Hydraulic Engineering, Advanced (Graduate School), Hydraulics Ⅰ and Exercise (Bachelor Course), Hydraulics Ⅱ and Exercise (Bachelor Course), River Engineering (Bachelor Course), Basin Water Management Engineering (Graduate School), Introduction to Science and Technology (Common Curriculum), Interdisciplinary Seminar in Science and Technology (Graduate School), Civil and Environmental Engineering Laboratory (Bachelor Course), Civil and Environmental Engineering Design Exercise (Bachelor Course), Research Approaches in Science and Technology A (Graduate School) |
| Subject of Study: |
水域周辺の生息場基盤の形成に関する研究, 構造物周辺の流れと局所洗掘に関する研究, 水理構造物の破壊プロセスに関する研究, 水害時の情報伝達と対応行動に関する研究, 対洪水グリーン/ハイブリッドインフラに関する研究 (開水路流れ, 水理構造物, 水域環境, 洪水災害) |
|
| Kawaguchi, Yoichi / Associate Professor (by-work) [Detail] |
 |
| Academic Degree: |
Ph. D |
| Field of Study: |
Stream Ecology, Restoration Ecology |
| Lecture: |
STEM Practice (Bachelor Course), Presentation Method (D) (Graduate School), Practice on Civil Engineering Projects (Bachelor Course), Ecological Hydroengineering (Graduate School), Introduction to Technical English (Bachelor Course), Technical English Fundamentals 1 (Bachelor Course), Technical English Fundamentals 2 (Bachelor Course), Surveying Practice (Bachelor Course), Introduction to Science and Technology (Common Curriculum), Environmental Ecology (Bachelor Course), Advanced Environmental Ecology (Graduate School), Advanced Theory for Ecosystem Management (Graduate School), Civil and Environmental Engineering Laboratory (Bachelor Course), Civil and Environmental Engineering Design Exercise (Bachelor Course), Ecological Design of Landscape (Bachelor Course) |
| Subject of Study: |
The restoration planning and procedure for re-introduction of the Crested Ibis, アカテガニを指標とした都市公園の生態学・社会学的評価, 鮎に注目したダム下流における生態系サービスの評価, 漁業者に注目した吉野川の環境変遷に関する研究 (水系ネットワークの再生, トキ野生復帰, 戦略的・自然再生シナリオ, 多自然川づくりの評価, 生態系サービス, 地球温暖化と生物分布予測, GIS) |
|
| TAMURA, Takao / Associate Professor (by-work) [Detail] |
 |
| Academic Degree: |
Dr. Eng. |
| Field of Study: |
Hydrology, Environmental Engineering, Hydrology, Regional Disaster Prevention, Hydrology, Environmental Engineering, Environment Protection, Regional Disaster Prevention, Hydrology, Hydrology |
| Lecture: |
STEM Practice (Bachelor Course), Practice on Civil Engineering Projects (Bachelor Course), Applied Hydraulics (Bachelor Course), Advanced Hydraulics (Graduate School), Hydraulics Ⅱ and Exercise (Bachelor Course), River Engineering (Bachelor Course), Watershed Hydrologic Engineering (Graduate School), Basin Water Management Engineering (Graduate School), Interdisciplinary Seminar in Science and Technology (Graduate School), Introduction to Civil and Environmental Engineering (Bachelor Course), Graduate Research on Civil and Environmental Engineering (Graduate School), Civil and Environmental Engineering Laboratory (Bachelor Course), Civil and Environmental Engineering Design Exercise (Bachelor Course), Risk Management for Natural Disasters (Bachelor Course) |
| Subject of Study: |
Water quality conservation system of the forest basin (forest, solute runoff, mathematical modeling, quantitative evaluation, forest-river-sea, Red tide, coastal environment, Fishery, watershed, Nutritive salt, environmental protection), Evaluation of flood decrease function of forest basin (forest, flood, reduction, quantitative evaluation, Basin water management, multi-tiered forest, global warming, natural disaster, heavy rain, forest devastation, conifer, broadleaf tree, storage capacity), Green curtain and regional water circulation (Green curtain, Green curtain, global warming, heat island, Water resource, energy saving, evaporation, Rainwater, residential environment), 民-官-学の連携で作成する災害避難支援マップに関する研究 (hazard map, Evacuation assistance map, Disaster prevention map, regional disaster management, workshop, town-watching, cooperation, natural disaster), method of water level-rating curve that doesn't need streamflow observation (H-Q curve, runoff model), method of water level-rating curve that doesn't need streamflow observation (H-Q curve, runoff analysis, flow rate, small or medium-sized rivers) |
|
| Yamanaka, Ryoichi / Associate Professor (by-work) [Detail] |
 |
| Academic Degree: |
Ph.D. in Engineering |
| Field of Study: |
Environmental Hydraulics, Coastal Engineering, Environmental Studies |
| Lecture: |
STEM Practice (Bachelor Course), Practice on Civil Engineering Projects (Bachelor Course), Mitigation Engineering (Graduate School), Risk Communication (Graduate School), Theory of Risk and Crisis Management (Graduate School), Coastal Zone Engineering (Bachelor Course), Surveying Practice (Bachelor Course), Introduction to Science and Technology (Common Curriculum), Environmental Risk (Bachelor Course), Environmental Engineering (Bachelor Course), Environmental Design (Bachelor Course), Advanced Lecture in Social Risk Engineering (Graduate School), Civil and Environmental Engineering Laboratory (Bachelor Course), Civil and Environmental Engineering Design Exercise (Bachelor Course), Risk Management Practical Exercize of Government and Company (Graduate School), Practical Training of Risk Management (Graduate School), Practical Training of Risk Management (Graduate School) |
| Subject of Study: |
人間活動が水環境に及ぼす影響の定量化に関する研究, 沿岸域やダムを対象とした水環境修復技術としての環境予測モデルの開発に関する研究 (流動・水質モデル, 人為的影響, coastal environment, mitigation) |
|
