ミッション・プログラムI : 安全性に係る知識体系の構築と社会技術の設計手法の開発 (中間報告)

堀井 秀之; 西田 豊明; 中尾 政之; 岡本 浩一; 城山 英明; 古田 一雄; 田辺 文也; 松田 光司; 清野 純史; 加藤 浩徳; 永井 良三

doi:10.3392/sociotechnica.2.xiv

MISSION-ORIENTED RESEARCH PROGRAM I: ESTABLISHMENT OF A KNOWLEDGE SYSTEM ON SAFETY AND DEVELOPMENT OF DESIGN METHODS OF SCIENCE AND TECHNOLOGY FOR SOCIETY (PRELIMINARY REPORT)

Hideyuki HORII, Toyoaki NISHIDA, Masayuki NAKAO, Koichi Eugene OKAMOTO, Hideaki SHIROYAMA, Kazuo FURUTA, Fumiya TANABE, Koji MATSUDA, Junji KIYONO, Hironori KATO, Ryozo NAGAI

Author information

Hideyuki HORII
School of Engineering, University of Tokyo
Toyoaki NISHIDA
Dept. of Intelligence Science and Technology, Graduate School of Informatics Kyoto University
Masayuki NAKAO
Engineering Test Laboratory, University of Tokyo
Koichi Eugene OKAMOTO
Dept. of Human Science, Toyo Eiwa University
Hideaki SHIROYAMA
Graduate School of Law and Politics, University of Tokyo
Kazuo FURUTA
Graduate School of Frontier Sciences, University of Tokyo
Fumiya TANABE
Dept. of Reactor Safety Research, Japan Atomic Research Institute
Koji MATSUDA
Kashima Petroleum Co., Ltd.
Junji KIYONO
Graduate School of Engineering, Kyoto University
Hironori KATO
Graduate School of Engineering, University of Tokyo
Ryozo NAGAI
Graduate School of Medicine, University of Tokyo
Tokyo University Hospital

Keywords: Technology for Society, Typical issues in Technology for Society, Design methods of Technology for Society, Components of Technology for Society, Foundational Knowledge on Technology for Society

JOURNAL FREE ACCESS

2004 Volume 2 Pages xiv-xxxii

DOI https://doi.org/10.3392/sociotechnica.2.xiv

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Abstract

The objective of this research is to construct a universal knowledge system by integrating the knowledge of individual safety-related research areas, as well as to design and manage the entire program. This includes structuralization and visualization of knowledge, deliberation on the concepts of safety and security, and complementary research into malpractice prevention and food safety. The group will also develop and propose detailed methodologies for designing of science and technology for society. The design of science and technology for society consists of the following processes: (1) Localization of problems, (2) Conception of solutions for problems, (3) Prediction of societal changes and effects following application of the solutions to society, (4) Evaluation of the results of the predictions based on various value criteria.

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