筑波大学教育課程編成支援システム(EN)

0AL5315 Disaster Risk and Resilience

2.0 Credits, 1, 2 Year, SprAB Fri5,6
Hiroyuki Fujiwara, Naoki Sakai, Yuichiro Usuda, Shin Aoi, Takahiro Maeda, Eisuke Fujita, Satoru Yamaguchi, 良平三隅, Yohei Kinoshita

Course Overview

各種自然災害を網羅する形で、個別の災害リスク評価からレジリエンス向上のための災害対応技術までを俯瞰した講義を行う。具体的には、概論、地震・津波災害(リスク評価、対策技術、観測技術、シミュレーション技術)、火山災害・地盤災害(リスク評価、対策技術)、風水害・雪氷災害(リスク評価、対策技術、情報共有・利活用技術)について理解を深めた上で、レジリエンス向上のための総合戦略について、平時や災害時の実践事例を交え学修する。

Remarks

Identical to 01CF311.

Course Type

lectures

Relation to Degree Program Competences

Course Objectives(Learning Outcomes)

To understand the basic concepts and techniques of disaster risk resilience.

Course Keywords

Ueban risk, resilience, Disaster Prevention

Class Schedule

1.	Disaster Risk and Resilience (Fujiwara) To learn about disaster risk and resilience.
2.	Risk assessment and countermeasure technology for earthquake and tsunami disasters (Fujiwara) To learn about hazard and risk assessment techniques for earthquake and tsunami disasters and how to use them.
3.	Earthquake and tsunami observation technology (Aoi) To learn about the latest observation technology of earthquakes and tsunamis and technology for utilizing data.
4.	Simulation technology for earthquake and tsunami risk assessment (Maeda) To learn about hazard and risk assessment techniques for earthquakes and tsunamis by numerical simulation.
5.	Risk assessment of volcanic disaster and countermeasure technology (Fujita) To learn about hazard and risk assessment of volcanic disasters and countermeasure technology.
6.	Risk assessment of wind and flood damage and countermeasure technology (Misumi) To learn about hazard and risk assessment of wind and flood damage, and countermeasure technology.
7.	Risk assessment of ground disaster and countermeasure technology (Sakai) To learn about risk assessment and countermeasure technology for ground disasters (slope failure, debris flow, liquefaction) caused by earthquakes and heavy rainfall.
8.	Risk assessment of snow and ice disaster and countermeasure technology (Yamaguchi) To learn about hazard and risk assessment of snow and ice disasters and countermeasure technology.
9.	Information sharing and utilization technology used for disaster response (Usuda) To learn about the latest technology of information sharing and utilization utilized for various disaster response.
10.	Comprehensive Strategy for Improving Resilience (Usuda) Based on the concept and evaluation of risk resilience and countermeasure technology learned so far, students will learn comprehensive strategies for improving resilience with practical cases during peacetime and disasters.

Course Prerequisites

Grading Philosophy

1.Submission tasks will be set for each lecture and assessed individually.
2.Participation in lectures (5 points), submission assignments (1 to 5 points, 5 grades)
3.Summarize individual evaluations and evaluate their grades based on overall scores.

Course Hours Breakdown and Out-of-Class Learning

Lecture (100%)
Make sure to review. Create and submit a report that summarizes the points of the lecture each time.

Textbooks, References,and Supplementary Materials

To distribute the materials and proceed along them.

Office Hours and Contact Information

Other(Behavioral expectations and points to note for students during coursework)

Students learn the concepts through lectures, and conduct discussions to find out and solve problems, using disaster prevention measures during normal times and practical cases on the spot for disaster response. If possible, it is recommended that one visit the site where the disaster occurred during the lecture period.

シラバス参照