2年 文科 理科 1年 文科 理科 木 1 Ａ 1年 文科 理科 水 4, 2年 文科 理科 水 5 1年 文科 理科 2年 文科 理科 水 2 ウッドワード・ジョナサン・ロジャー、PEAK科目 時間割コード 時間割コード 時間割コード 50710 講義題目 授業の目標概要 50654 Ａ１ 講義題目 授業の目標概要 50549 Ａ 講義題目 授業の目標概要 開講 授業科目名 地球環境(PEAK) 開講 授業科目名 電磁気学の基礎開講 授業科目名 分析化学(PEAK) Global environmental problems and sustainable development** Please check the ITC-LMS course website for access information on Zoom classes ** This course will introduce the students to the current debates surrounding the global environmental problems, such as climate change, transboundary air pollution, biodiversity loss, and the issues of natural resources and their use (water, etc.). In the course, we will not discuss environmental problems in isolation but view them as an element among other great social challenges of our time. Specifically, the course’s perspective is summarized by the following basic questions:- People in the world are living under vastly different conditions in terms of income levels, etc. Given these differences, what kind of global environment should we aim for?- How can we form a global consensus on collective actions against environmental problems? On a more practical level, what are the existing global agreements and institutions on environmental management? - On a global scale, what kinds of environmental or resource limits are we bound by?Given the instructor’s field of expertise, a particular attention will be paid to economic dilemmas of the global environmental problems, e.g., the needs for balancing environmental quality and poverty reduction. However, the lectures and class discussions also touch on various other aspects -- such as natural-scientific, policy (political and legal) and technological aspects -- of global environmental issues.From a methodological standpoint, the focus of lectures will be placed on: (i) how we can formulate consistent and comparable metrics regarding global sustainable development, which often needs to deal with vague concepts (e.g., "sustainability"); (ii) how we can distinguish reliable and unreliable data, and where we can find the latter in practice; (iii) what aspects of global sustainable development are potentially quantifiable, and what are not Electromagnetism (PEAK) The main topic of this course is the derivation of time independent Maxwell’s equations from the empirical rules that we could recognize within our circumstances. These equations are a set of first-order partial differential equations which constitute a complete description of electric and magnetic phenomena. The concept of classical "electric and magnetic fields" are introduced, which are indispensable in order to fully describe electric and magnetic forces and corresponding phenomena we observe in the real world. Analytical Chemistry To scientists, being able to measure and analyse our environment is one of the most important capabilities. This course is concerned with the methods and technologies available to accurately and precisely measure the properties of real world samples, for example from determining the concentration of heavy metal ions in river water, measuring the concentration of a drug molecule in a blood sample to determining the concentration of pollutant gases in the atmosphere. The course builds on existing knowledge of fundamental chemical principles and has a practical focus which will be of particular use to students with an interest in Environmental Science. (PEAK) AKINDELE Tito 担当教員 成田 大樹 担当教員 堀田 知佐 担当教員 PEAK前期 PEAK前期 PEAK前期 所属 曜限 所属 曜限 所属 曜限 対象 対象 対象
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