2.0 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
In this course, each 1st year student will give a presentation on his/her research in order to improve his/her presentation skills.
Mandatory
class exercises
Common
This course is related to all the educational goals.
The course aims at developing understanding of a wide range of topics in risk engineering and the acquisition of skill in presentation techniques through the students' research. Also, this course aims at the acquisition of ethical knowledge.
1) Acquiring broad knowledge in risk engineering, and participating actively through presentation, questions and answers as a doctoral course student. 2) Acquiring skills to make logical and persuasive presentations within restricted time as a doctoral course student. 3) Acquiring research ethics and engineering ethics, and the procedures concerning them, as a doctoral course student.
The evaluation will be based on individual presentations, reports, attendance, and questions and answers. The presentations will be evaluated based on the logic, clarity, persuasiveness, and length. Students should explain how the contents of presentation can contribute to a safe, secure, and stable society. Questions and answers will be evaluated based on level of participation, accuracy, and clarity.
This course is related to all student achievement assessment attributes.
1. 遠藤・村尾編著,リスク工学との出会い,コロナ社(2008)
1. Encounter with Risk Engineering (in Japanese) Y. Endo and O. Murao Ed. CORONA Publishing, ISBN: 978-4-339-07921-0
1. 古川編著,リスク工学の視点とアプローチ,コロナ社(2009)
1. Viewpoints and Approaches in Risk Engineering (in Japanese) H. Furukawa Ed. CORONA Publishing, ISBN: 978-4-339-07924-1
Hiroumi Misaki 100000688
Students are advised to ask questions to speakers frequently, since the questions will be an aspect of the evaluation.
01CF001 Seminar in Risk Engineering I01CF002 Seminar in Risk Engineering II01CF011 Research in Risk Engineering I01CF012 Research in Risk Engineering II01CF021 Group Work in Risk Engineering02CF002 Advanced Research in Risk Engineering