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31D350-0430A
Special Lecture on Global Society IV
Special Lecture on Global Society IV
ジロドウ イザベル
GIRAUDOU Isabelle
A1A2 水曜4限
Wed 4th
Science-Based Biotechnology Regulation and Sustainable Development

The life sciences as a whole are increasingly challenged to develop transformative technologies that help to protect our planet's habitability. Recent developments in genetic and systems engineering have accelerated the transformative potential of science‐based technology, with expected benefits to various fields, including bioproduction, environmental remediation and pollution control. These enabling technologies, however, also contains risks to human health and the environment. Moreover, there is no clear multi-stakeholder governance regimes addressing their development and possible deployment. Focusing on synthetic biology regulation, and drawing on complementary fields of inquiry (i.e. risk governance, environmental management, sustainability studies, STS*), this course will explore how science-based biotechnology could contribute to sustainability goals. Through short interactive lectures and a range of learning activities (case studies, scenario analysis, role-play simulations), students will discuss the need for new governance frameworks and examine how to regulate these emerging technologies, especially in light of the challenges raised by the United Nations’ Sustainable Development Goals (SDGs). (*) Science, Technology and Society (STS)

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 21KOMCEE West K302 21 KOMCEE West Room K302
講義使用言語 Language:日本語 Japanese
31M350-0430A
Special Lecture on Global Society IV
Special Lecture on Global Society IV
ジロドウ イザベル
GIRAUDOU Isabelle
A1A2 水曜4限
Wed 4th
Science-Based Biotechnology Regulation and Sustainable Development

The life sciences as a whole are increasingly challenged to develop transformative technologies that help to protect our planet's habitability. Recent developments in genetic and systems engineering have accelerated the transformative potential of science‐based technology, with expected benefits to various fields, including bioproduction, environmental remediation and pollution control. These enabling technologies, however, also contains risks to human health and the environment. Moreover, there is no clear multi-stakeholder governance regimes addressing their development and possible deployment. Focusing on synthetic biology regulation, and drawing on complementary fields of inquiry (i.e. risk governance, environmental management, sustainability studies, STS*), this course will explore how science-based biotechnology could contribute to sustainability goals. Through short interactive lectures and a range of learning activities (case studies, scenario analysis, role-play simulations), students will discuss the need for new governance frameworks and examine how to regulate these emerging technologies, especially in light of the challenges raised by the United Nations’ Sustainable Development Goals (SDGs). (*) Science, Technology and Society (STS)

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 21KOMCEE West K302 21 KOMCEE West Room K302
講義使用言語 Language:日本語 Japanese
47220-60
GFS-SS6A01L3
サステイナビリティ学の概念と方法論
Concepts and Methodologies of Sustainability Science
味埜 俊
MINO Takashi
A1A2 月曜4限
Mon 4th
The main purpose of this course is to provide master’s and doctoral students with an opportunity to familiarize themselves with key concepts and principal research methodologies of Sustainability Science through lectures and systematic reading of Sustainability Science literature. By doing so, the students will be expected to deepen their understanding of various trends, as well as frontier issues, in Sustainability Science research

Targeted learning outcomes of this course are two-fold, (i) to develop familiarity with key concepts and principal methodological approaches in Sustainability Science, (ii) to deepen understanding of trends and frontier issues in Sustainability Science.

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 新領域環境棟 3F 講義室3 Environmental Studies, GSFS Lecture Room 3
講義使用言語 Language:英語 English
08D1404
FAS-DA4F04L3
文明論
Civilization and Technologies
萩原 優騎
HAGIWARA Yuki
S1S2 金曜6限
Fri 6th
Civilization and Technologies

The purpose of this class is to consider the relationship between science/technology and society in modern civilization. What is the influence of modern civilization based on science/technology? The contemporary situation is called risk society where people have to tackle the difficulties caused by science/technology itself. As Alvin Weinberg mentioned, questions on these difficulties can be asked of science and yet cannot be answered by science. What is a necessary condition to achieve better decision-making in such a situation?

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 駒場1号館 114教室 Komaba Bldg.1 Room 114
講義使用言語 Language:英語 English
31D360-0020A
Foundations of Environmental Sciences II
Foundations of Environmental Sciences II
割澤 伸一
WARISAWA Shinichi
A1A2 水曜1限
Wed 1st
環境社会技術とサステナビリティ Technology and Sustainable Development

技術が社会に於いて使われるとき、その工学的な性能だけではなくその社会性や人間との関わりが問われる。この講義では、環境に関わるさまざまな技術システムの例を通じて、技術と社会の関係を論じる。 When technologies are used in the society, not only their physical performance but also their relevance to the society or relationship with the mankind may be questioned. The present course provide different views on the technology-society relation by showing various examples of environment-related technology systems.

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 駒場1号館 120教室 Komaba Bldg.1 Room 120
講義使用言語 Language:英語 English
47220-26
GFS-SS6B08L3
サステイナビリティ学最前線
Frontier of Sustainability Science
味埜 俊
MINO Takashi
S1S2 集中
Intensive 
Frontier of Sustainability Science サステイナビリティ学最前線(2)

This course is designed to learn a great variety of researches conducted at the frontier of “Sustainability Science”, through the latest research outcomes of Sustainability Science Consortium (SSC). SSC was established to develop sustainability research, education, and public outreach programs and to strengthen coordination between national and local government, corporations, NPOs and other organizations while developing practical measures for technological innovation and social transformation (http://ssc-g.net/en/). By understanding a variety of academic fields related to sustainability and interactions among them, students will come to take part in the process of integrating multiple academic disciplines to implement sustainability science approach.

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 新領域環境棟 3F 講義室3 Environmental Studies, GSFS Lecture Room 3
講義使用言語 Language:英語 English
FEN-CO4952L1
FEN-CO4952L1
先端技術と社会特別講義II(偶数年開講)
Frontier of Technology UGⅡ
川中 孝章
S1S2 水曜4限
Wed 4th

〔大学院・学部共通講義〕工学の知識と成果が応用される社会と、これらを具体的なシステムとして企画、研究・開発から導入展開までのサイクルを実行する現場での実際について、大学に居ながら肌で経験することは難しいと思います。本講義は、このようなサイクル全体における個々の活動及び総合的な活動を、学生が追体験して俯瞰的に理解し、現在から将来の活動に活かしていくための機会を提供します。このために、企業現場のプロジェクトリーダーを講師としてお招きし、成功例のみならず失敗例をも含めた実体験をもとに講義していただきます。社会における工学の意義、「今現在存在しないもの、新しいもの」をどのように発想したか、失敗をどのように克服したか等を横断的に学び、学生がタフで挑戦的な技術者・研究者として社会で活躍できるように支援します。 Advanced Engineering Education Series Seminar invites famous researchers / teachers in the field of advanced engineering education and advanced technology leaders, enabling students to experience advanced technologies directly from the leaders.

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 工学部新2号館 工212号講義室
講義使用言語 Language:日本語 Japanese
3799-022
GEN-CO5900L1
先端技術特別講義II
Frontier of Technology Ⅱ
六川 修一
Shuichi RoKugawa
S1S2 水曜4限
Wed 4th

〔大学院・学部共通講義〕工学の知識と成果が応用される社会と、これらを具体的なシステムとして企画、研究・開発から導入展開までのサイクルを実行する現場での実際について、大学に居ながら肌で経験することは難しいと思います。本講義は、このようなサイクル全体における個々の活動及び総合的な活動を、学生が追体験して俯瞰的に理解し、現在から将来の活動に活かしていくための機会を提供します。このために、企業現場のプロジェクトリーダーを講師としてお招きし、成功例のみならず失敗例をも含めた実体験をもとに講義していただきます。社会における工学の意義、「今現在存在しないもの、新しいもの」をどのように発想したか、失敗をどのように克服したか等を横断的に学び、学生がタフで挑戦的な技術者・研究者として社会で活躍できるように支援します。 Advanced Engineering Education Series Seminar invites famous researchers / teachers in the field of advanced engineering education and advanced technology leaders, enabling students to experience advanced technologies directly from the leaders.

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 工学部新2号館 工212号講義室
講義使用言語 Language:日本語 Japanese
51309
CAS-GC1D81L1
現代工学概論
Introduction to Modern Engineering
六川 修一
Shuichi RoKugawa
A1A2 木曜5限
Thu 5th
工学概論

 工学とは、科学技術を用いて経済的・社会的価値を生み出すための学問である。対象は宇宙、地球、地域、都市、社会、産業、製品、生活から生命、分子、原子まで、多岐にわたる。生み出される価値も、地球環境の保全、経済発展、利便性、快適性、安全安心から心の豊かさまで、幅が広い。さらに2011年3月11日の東日本大震災に直面し、工学にはまだまだ研究を進め解決すべき課題が山積しており、技術と社会との関わりを一層密にしなければならないことが再認識されている。 工学がさまざまな価値を生み出すためのアプローチには、目標や問題を特定し、目標達成、問題解決の手段を設計するというニーズ立脚型アプローチと、目標達成、問題解決に活かされる技術を開発するというシーズ指向型アプローチが存在する。本講義では、工学に関わる複数の課題に関する各2回程度の講義を通じて、工学の全体像を把握するとともに、工学の基底をなす基本的な方法論を理解することを目的とする。

単位 Credit:2
教室 Room: 駒場5号館 532教室 Komaba Bldg.5 Room 532
講義使用言語 Language:日本語 Japanese
4971280
横断型 University-wide
Information, Technology, and Society in Asia 128
Information, Technology, and Society in Asia 128
赤座 英之
Hideyuki Akaza
A1A2 金曜4限
Fri 4th
Surviving Cancer in Asia Assessing the future impact of cancer on people and society What are the needs for Universal Health Coverage for cancer in Asia and how should it be provided? If you or a person close to you were to receive a cancer diagnosis, what social systems and mechanisms do you think are necessary to support and complement cancer treatment? Universal Health Coverage is a concept that aims to ensure that all people obtain the health services they need without suffering financial hardship. The future of Asia is your future. Why not bring your own knowledge and ideas to a course that enables people from all disciplines to come together and share views on surviving cancer in Asia?

1) Positioning and Aims of the Course This lecture course is multidisciplinary and aims to bring together students from various fields to learn about an issue that has tended previously to only be perceived from a specialist angle. By providing students with the opportunity to learn about matters outside their own area of specialization, the course aims to also provide an opportunity for students to relativize their own studies. The field of cancer is one that has a high degree of specialization and it has not necessarily interacted well or been open to collaboration with other fields of study to date. This course aims to support the development of the next generation of experts who are adept at working in interdisciplinary environments and will be the driving force behind research in their various fields, based on the recognition that the role of a modern university is to create innovation in response to social issues. 2) Background and Significance of the Course This groundbreaking multidisciplinary approach to learning aims to address issues relating to the common and ever-growing challenge of cancer in Asia, with reference to global policy concepts on Universal Health Coverage (UHC). To date we have sought to contribute to enhancing international cancer research from an Asian perspective by comparing the characteristics of Asia to those of western countries. This lecture course is a part of these ongoing efforts. The following site sets out our recognition of the issues and our perceived mission: http://www.asiacancerforum.org/mission/index.html As part of these efforts, an international meeting to discuss cancer in Asia was held in 2009 at the Asia-Pacific Cancer Conference in Tsukuba. http://jjco.oxfordjournals.org/content/40/suppl_1/i82.long Since then we have held a series of international meetings in various locations, with the aim of deepening discussion on social issues relating to cancer. In 2015 the Sustainable Development Goals (SDGs) were unanimously adopted at the United Nations Headquarters in New York, as the successor to the Millennium Development Goals (MDGs). One of the specific targets of the SDGs refers to the concept of UHC and since the adoption of the SDGs attention has started to be focused on the realization of UHC. The goals of UHC are to ensure that all people have access to high-quality health services, to protect all people from public health risks, and to protect all people from financial hardship due to out-of-pocket costs for health services and loss of income when they or a family member fall ill. There are currently many initiatives and proposals for action in the international community that seek to achieve UHC, which has come to be recognized as a global policy agreement. The implementation of a UHC strategy requires the involvement of stakeholders, who have an influence on the design of and implementation of programs, including matters such as budgetary allocation and investment in healthcare practitioners. Programs and decisions made to date have largely been based on a response to primary care, predicated on a disease structure dominated by communicable diseases. However, it is projected that under current structures it is unlikely that healthcare systems will be able to cope with the tremendous socioeconomic burden caused by the rapidly increasing cases of cancer in Asia. The realization of UHC for cancer in Asia is therefore fraught with major challenges, as the immense costs arising from cancer care require countries to have robust financial and healthcare systems in place.

単位 Credit:2
他学部 Other Faculty:可 YES
教室 Room: 医学部教育研究棟 第1セミナー室
講義使用言語 Language:英語 English

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