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最終更新日:2020/03/25  
筑波大学 教育課程編成支援システム(EN)

02CF102 Risk Case Study

1.0 Credits, 1 - 3 Year, Annual by request
リスク工学専攻専任教員, Kazuhiko Tsuda, Kenichi Yoshida, Setsuya Kurahashi, Yasunobu Kino

Course Overview

Each student is required to conduct a case study with steps consisting of problem setting, acquisition and analysis of information or data, and evaluation from multiple risk-related viewpoints. The case study shall be done in a student-initiative manner.

Remarks

Course Type

experiments, practical training and skills practice

Field

Common

Relationship with Major Educational Goals

This lecture is related to "3. The real world problems that are the target of risk engineering," "4. The ability to approach risk engineering from a wide range of perspectives" and "5. The processes for solving risk-related problems from setting objectives to solving them and the specific measures"

Course Highlight

Each student is expected to acquire basic skills and ways of thinking in formulating and solving real-world problems. Through collaboration with the students of Master's programs from different fields, he/she develops management skills and broad perspective.

Calendar

Each student is required to conduct a case study, and to work as an advisor at Group Work in Risk Engineering (01CF021).

1)Setting by each student of a topic for a case study   
2)Conducting the proposed case study   
3)Presentation of the results   

+ Working as an advisor at Group Work in Risk Engineering is not a requirement of this course. The student is allowed to conduct the case study without it.

Outcomes

1) Enhancing problem-finding skills in Risk Engineering
2) Enhancing problem-solving skills in Risk Engineering

Grading

The evaluation will be based on achievement level of problem-finding skills and problem-solving level

Relationship with Student Achievement Assessment Attributes

This course is related to "3) Understanding of real world problems," "4) Ability in recognizing problems from a broad perspective," "5) Ability in problem solving from objectives to solutions," and "6) Presentation and communication skills." Also this course can be related to another field depending on the subject.

Text

None

References

1. Encounter with Risk Engineering (in Japanese) Y. Endo and O. Murao Eds. CORONA Publishing
2. Introduction to Risk Engineering (in Japanese), T. Suzuki Ed. CORONA Publishing
3. Basics of Risk Engineering (in Japanese) Y. Endo Ed. CORONA Publishing
4. Viewpoints and Approaches in Risk Engineering (in Japanese) H. Furukawa Ed. CORONA Publishing

Office Hour

Prerequisites

Other Information

The details will be given in the guidance of the beginning of the year.

Related Courses

Self-study