特別活動は，各教科，特別の教科道徳および総合的な学習の時間以外の教育活動として，生徒の学校や学級の生活における具体的な展開に即した種々の価値の高い教育活動を統合したもので，教育課程の基準の中に位置付けられているものです。望ましい集団活動を通して，心身の調和のとれた発達と個性の伸長を図り，集団や社会の一員としてよりよい生活や人間関係を築こうとする自主的，実践的な態度を育てるとともに，人間としての生き方についての自覚を深め，自己を生かす能力を養うことを目標としています。この目標を達成できるように指導する方法を学びます。

特別活動は，各教科，特別の教科道徳および総合的な学習の時間以外の教育活動として，生徒の学校や学級の生活における具体的な展開に即した種々の価値の高い教育活動を統合したもので，教育課程の基準の中に位置付けられているものです。望ましい集団活動を通して，心身の調和のとれた発達と個性の伸長を図り，集団や社会の一員としてよりよい生活や人間関係を築こうとする自主的，実践的な態度を育てるとともに，人間としての生き方についての自覚を深め，自己を生かす能力を養うことを目標としています。この目標を達成できるように指導する方法を学びます。

In this course, we will explore a range of philosophical themes from a comparative perspective, approaching philosophy as a fundamental inquiry into worldviews and ways of life. We will also examine the educational implications of key concepts—such as the self, virtue, moral dilemmas, human nature, and the limits of language—and consider how these ideas can be applied in our own teaching practice. Through close readings of textbooks and scholarly articles on Asian philosophy written by English-speaking philosophers, we will engage with distinctive interpretations of Asian thought that draw on conceptual frameworks from Western philosophy. By critically reading and discussing these comparative philosophical works, students are expected to develop a rich and nuanced understanding of central ideas in both Eastern and Western philosophy.

[Course Objectives] The purpose of this class is for those who have not studied economics to acquire basic knowledge of microeconomics. [Overviews] This course covers the introductory microeconomics to students who are not majoring in Economics. It provides key concepts, economic ideas, and a framework for learning about microeconomics. The course places primary emphasis on the role of market, and then analyzes the role of government in the market.

地球レベルから生命現象までの広範な物質世界を、分子レベル、分子集合体レベルで解明し、新しい自然観を探究する現代化学のフロンティアを講ずる。化学の各分野の教員が、最先端の研究について易しく解説し、化学の未来について考える。講義中に研究室見学を行う。

The knowledge of biomaterials is critical for the creation of novel medical devices. The purpose of the course is to systematically study the properties and characterization of basic materials used in the conventional medical devices, including metals, ceramics and polymers. In addition, the design principles of biomaterials for applications in various advanced medical devices (artificial organ, medical diagnosis devices, drug delivery system (DDS)) will be examined.

This course confronts philosophy's most profound questions about the human condition with data-driven insights from modern behavioral science. For millennia, philosophers have used reason and introspection to ask: What is knowledge? What does it mean to be moral? What is love and happiness? How to deal with human violence? How to be free? What is the self? In this class, we will place these classical debates about the human nature/condition in direct conversation with cognitive psychology, behavioral economics, and social/evolutionary psychology. We will explore how far science can answer philosophical questions. <<Learning Goals>> - Identify and articulate key classical philosophical problems in epistemology (knowledge), ethics (morality), and metaphysics (self, love, free will). - Explain core concepts from behavioral science, such as dual-process theory, cognitive biases, moral foundations theory, and affective forecasting, while reasoning about major philosophical inquiries. - Analyze how empirical findings from behavioral science challenge, support, or reframe traditional philosophical arguments. - Critically Evaluate the limits of both "armchair" philosophical reasoning and purely descriptive scientific data in addressing normative ("ought") questions. - Synthesize insights from both fields to develop more nuanced and empirically-grounded positions on complex human issues.

In this course, basics of energy systems on and around nuclear energy are explained comprehensively. Environmental and economic evaluation methods associated with energy use and development are also mentioned so that the students can obtain balanced knowledge and ways of thinking of energy systems.

This course aims to raise awareness on the critical role of space technology in our daily lives and the important implications it has on domestic policymaking and international relations. The first part of the course, titled “Space and Society”, provides an overview of major space technologies and their applications. It then demonstrates how space assets have become a critical infrastructure on which advanced societies are over-reliant, and the hazards and threats that they are facing. The second part of course delves into political science and international relations. It addresses the various approaches to space policymaking, the structure of international relations in outer space and the major challenges ahead for the space sector. This course will be a part of the global effort to map threats and consequences for space sustainability conducted by the United Nations Institute of Disarmament Research.

In this course, students learn about STS (Science, Technology and Society) through case studies. What is this called science? How can we manage the conflicts between S&T and Society? Who are the experts? These questions appear in various issues around us, such as the pandemic of COVID-19, environmental problems, disasters, and governance of emerging technologies. In this course, we learn about, and discuss cases from STS perspectives. Students are required to do their own case analysis in their final report.