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〔教 授 要 目〕

70001

国際開発プロジェクト特論(Principles of International Development Project)

前学期 2−0−0  大即 信明 教授・日野出 洋文 教授  

          佐々木 正和 客員教授・○花岡 伸也 准教授・未 定

発展途上国での一国あるいは複数国を含むプロジェクトの発掘,計画,設計,施工,管理・運営について環境を考慮して解明する。さらに,ISO,ASTM等の国際スタンダードについても解説する。

(オムニバス方式)

大即  信明 教  授:プロジェクトの設計及び施工技術を担当する。

日野出 洋文 教  授:プロジェクトと環境の関連を担当する。

未    定     :プロジェクトの発掘,計画,管理及び運営を担当する。

佐々木 正和 客員教授:プロジェクトの実例を紹介する。

花岡  伸也 准 教 授:国際スタンダードを担当する。

70002

国際環境工学(Environmental Engineering for Development)   西暦偶数年日本語開講/西暦奇数年英語開講

後学期 2−0−0  ○日野出 洋文 教授・佐々木 正和 客員教授・阿部 直也 准教授

発展途上国においては,その開発が進む一方で,種々の自然的及び社会的要因が複雑に絡み合った環境問題が生ずる。これらは地域的な視野のみならず国際的な視野で解決しなければならない。本講では,これらの環境問題の相互関係の全般,個々の環境問題およびこれらに対する研究,対策等について概説する。

70017

International Development Projects with Case Method

Spring Semester 0−2−0  ○Prof. Jun-ichi TAKADA Prof. Shinobu YAMAGUCHI(国際大学院)

This course aims at introducing practical approaches to development projects. The important

and crucial ability for effective project management is the ability to think, analyze, discuss, and develop solutions to problems as professionals may encounter in the field. The case method, using stories based on actual events, is introduced. In order to enhance interest in development arena and to promote exposure to different areas of development, case materials in this course cover various fields of development projects.

70004

Mathematical Science in Development Engineering   西暦偶数年度開講

Spring Semester (Even years) 2−0−0  Assoc. Prof. Yukihiko YAMASHITA    (国際大学院)

Basic mathematical science is learned for international developing engineering. Hilbert space,

Banach space, linear functional, projection theorem, and optimum control problem are explained related to the functional analysis and optimization theorem. Furthermore, their applications are provide.

70005

Principles of International Co-existence       西暦奇数年度開講

Spring Semester (Odd years) 2−0−0  ○Prof. Sachio HIROSE   (国際大学院)

Engineers sometimes encounter difficult ethical problems In order to co-exist with others, we should know about ourselves as well as others. In this lecture, we look into the relationship between others and us in the different levels of individual, races, corporations and nations.

70006

国際実習演習A(Field Work A)

前学期 0−0−1  専 攻 長

70018

国際実習演習B(Field Work B)

後学期 0−0−1  専 攻 長

学生自らが国際開発工学に関連した実習を企画・参加・実施し,開発の現状・実務・技術・教育・研究などの様々な体験を通じて,大学における実習との関連を体得する。

70008

Advanced Geotechnical Engineering   西暦奇数年度開講

Autumn Semester (Odd years) 2−0−0  Assoc. Prof. Thirapong PIPATPONGSA  (国際大学院)

1. Mathematical foundation

2. Elasticity and Plasticity

3. Yield and hardening function

4. Failure criteria

5. Strength anisotropy

6. Constitutive law

7. Stiffness module

8. Parameter determinations

9. Numerical analysis

10. Application in engineering practice

70009

Regional Atmospheric Environment    西暦偶数年度開講

Autumn Semester (Even years) 2−0−0  Assoc. Prof. Manabu KANDA   (国際大学院)

The Atmospheric Boundary Layer (ABL) can be defined as the part of the troposphere that is directly influenced by the presence of the earth's surface, and responds to surface forcing. The regional atmospheric environment and the human health are strongly influenced by the ABL. The basic concept, theories and numerical simulation techniques related to the ABL will be lectured.

大気境界層とは地表面の影響を直に受けて変化する地上から上空1km程度の領域を指し,熱や汚染物質の移流拡散を通じて,我々の身近な大気環境や人間の健康に大きな影響を及ぼす。大気境界層の基本概念,物理法則,最新のシミュレーション技法などが講義される。

70011

Basic theories for information processing      西暦奇数年度開講

Autumn Semester (Odd years) 2−0−0  Assoc. Prof. Yukihiko YAMASHITA     (国際大学院)

Basic statistics and optimization algorithms are lectured for information processing of developing engineering. Eigenvalue problem, singular value decomposition, generalized inverses of a matrix, conjugate gradient method, quasi-Newton's method, and estimation, and testing are explained.

70014

Chemical Process System for Development   西暦偶数年度開講

後学期 2−0−0  江頭 竜一 准教授    (国際大学院)

発展途上国の開発に必要な物質変換プロセスの概念,基本的考え方を述べる。さらに応用例として,大気保全・水処理・廃棄物処理の各プロセスに関し解説する。

70016

開発シミュレーション工学(Simulation System in Development Engineering)   西暦偶数年度開講

後学期 2−0−0  持丸 義弘 教授

発展途上国を念頭に入れた経済的,地理的な環境条件をパラメータとして,生産システムの構築,解析に必要な機械システムの運動等の動力学,材料資源などのフロー制御,熱・流体輸送(各種エネルギー変換法,強制・自然対流熱伝達,燃焼現象等)のマクロ的なシミュレーション法(物理的モデリング,数学的モデリング)及びミクロ的なシミュレーション法を数学的な解析手法及び数値解析手法を用いて解説する。

70019

Sustainable Development and Integrated Management Approach

Autumn Semester 1−1−0    ○Prof. Jun-ichi TAKADA, Prof. Shinobu YAMAGUCHI, (国際大学院)

This course aims at introducing various approaches to sustainable development. The first half of the course looks at major theories of international development and how they are applied in practical situation. The latter part will take a close look at on-going development projects in selected countries with implication of role of engineering (and engineers). The students are expected to participate in discussion and analyze the project from engineering point of view within the context of“Sustainable Development.”

70020

Rural Telecommunications

Autumn Semester 2−0−0  Prof. Jun-ichi TAKADA   (国際大学院)

Telecommunications enable the communications instantly between any points in the world. Moreover, it has become common understanding that the telecommunication infrastructure is indispensable for the development of the industry and economy. However, the reality is very severe in the developing world, especially in rural and remote areas. Imbalance of the distribution of telecommunications in the world has been intolerable for the long time. This lecture overviews the historial aspects and the enabling technologies of rural telecommunications, both in the social and the technical aspects.

70024

Durability and Maintenance of Construction Materials   西暦偶数年度開講

Spring Semester (Even years) 2−0−0  Prof. Nobuaki OTSUKI   (国際大学院)

Lectures on durability and maintenance of construction materials including concrete and steel, especially related to developing countries.

1. Corrosion of steel

 1.1 Corrosion mechanism

 1.2 Prevention methods

2. Durability of concrete materials and structures

 2.1 Deterioration mechanisms (Alkali aggregate reaction, carbonation etc.)

 2.2 Prevention methods

3. Reinforced plastics durability

4. Maintenance strategy

 4.1 Life cycle cost

 4.2 Life cycle story of structures in marine environment

5. Environmental effects

6. Necessary researches

70029

Introduction to Economics fot Engineers

Spring Semester 2−0−0  Assoc. Prof. Naoya ABE   (国際大学院)

This course mainly aims to provide basic concepts and theories of microeconomics to those engineering graduate students who did not study economics in the past for their easy (but not complete) access to current economic topics and fields of applied economics such as environmental economics and development economics.

1. Consumer: choice and demand (1)

2. Consumer: choice and demand (2)

3. Consumer: choice and demand (3)

4. Consumer: choice and demand (4)

5. Firm: production and supply (1)

6. Firm: production and supply (2)

7. Firm: production and supply (3)

8. Firm: production and supply (4)

9. Market mechanism (1)

10. Market mechanism (2)

11. Market failure

12. Externalities and incentives

13. Measurement of national economic activities (1)

14. Measurement of national economic activities (2)

70030

Project Evaluation for Sustainable Infrastructure

Spring Semester 2−0−0  Assoc. Prof. Shinya HANAOKA   (国際大学院)

This course aims to provide the methods necessary to undertake project evaluation and cost benefit analysis for sustainable infrastructure. The methods comprise of microeconomics background, cost benefit analysis, valuing market and non-market goods, and other technical issues. Case studies of various infrastructures are also provided.

70031

Welding and Joining Technology      西暦偶数年開講

Spring Semester (Even years) 2−0−0  Assoc. Prof. Kunio TAKAHASHI     (国際大学院)

This course aims at introducing systematic knowledge of welding and joining technology based on physics. Welding and joining processes are roughly classified according to dominant mechanisms, Related behaviors of the materials are expressed. Topics of recent technology are also expressed with recent movements of Asian, American, and European countries.

70032

Perspective Understanding of Various Kinds of Material   西暦偶数年開講

Autumn Semester (Even years) 2−0−0  Assoc. Prof. Kunio TAKAHASHI   (国際大学院)

This course aims at systematic understanding of various kinds of material, such as ceramics, semiconductoes, metals, gases, and liquids based on quantum mechanics. The mechanism from which properties of the materials arise gives a systematic understanding of materials, which is significant for engineering design.

70033

New Trends in Numerical Analysis   西暦奇数年開講

Autumn Semester (Odd years) 2−0−0  Prof. Yoshihiro MOCHIMARARU   (国際大学院)

Emphasis is placed on newly developed numerical techniques for partial differential equations. Problems arising from numerical solution procedure such as existence of solutions, multiple solutions will be discussed from various points of view. Concrete examples of the solution in the field of heat and fluid flow will be given.

70034

国際資源概論(Industrial Resources in the World)   西暦奇数年開講

後学期 2−0−0  日野出洋文 教授

資源を系統的に分類し,物質状およびエネルギー状の資源のうち非生物の資源については,埋蔵量,品質,生産量,処理量,貿易量,などの面から,世界各国・地域における資源と産業の特徴と現状を述べ,それぞれの資源に関連する産業の特徴を述べる。また,森林資源,水産資源,特に,発展途上国の有機資源の現状と有限性について概説し,未利用有機資源の有効利用技術開発に重要性を述べる。さらに,資源循環の観点から廃棄物のリサイクルについても概説する。

70021 International Engineering Communication A

70022 International Engineering Communication B

Spring Semester (intensives) 2−0−0  Prof. Sachio HIROSE

In this lecture two elements are introduced:

1. Technical element, which consists of the formal, disciplined, pure logic parts of the process. It consists of the formal, disciplined, pure logic parts of the process...

2. Socio-cultural element, which involves the much messier, often contradictory and paradoxical world of implementation. It centers on creating a temporary social system within a larger organisational environment that combines the talents of a divergent set of professionals working to complete the project.

70711

国際開発工学特別実験第一(Advanced International Development Laboratory T)

前学期 0−0−1  指導教員

修士論文の実験的研究に必要な分析機器,測定機器等の原理及び取り扱いについて基本的実験を通じて習熟させる。

70712

国際開発工学特別実験第二(Advanced International Development Laboratory U)

後学期 0−0−1  指導教員

修士論文の作成のための実験装置の製作に必要な工作機器の取り扱いを習熟させる。

70713

国際開発工学特別実験第三(Advanced International Development Laboratory V)

前学期 0−0−1  指導教員

修士論文の各自の課題に応じて実験資料の調製,具体的実験を行う。

70714

国際開発工学特別実験第四(Advanced International Development Laboratory W)

後学期 0−0−1  指導教員

実験測定値の分析,解析の方法の学習を通じて各自のデータの整理を行う。

70701

国際開発工学講究第一(Seminar in International Development Engineering T)

前学期 0−1−0  指導教員

学生各自が国際開発工学の成り立ちと,それを支える個別専門分野の基礎を学ぶために原書の輪読,関連文献の読解を演習として行い,基礎力の養成と研究テーマの背景について学ぶ。

第一では,原書の読解と国内外の関連論文の調査について重点的に指導する。

70702

国際開発工学講究第二(Seminar in International Development Engineering U)

後学期 0−1−0  指導教員

学生各自が関連専門分野の研究論文の紹介を通じて,既存の研究の問題点等を学び,国際開発工学の中で各自が取り組むべき研究の目的・方法を学ぶ。

第二では,研究内容の把握と国際開発工学との関連を指導する。

70703

国際開発工学講究第三(Seminar in International Development Engineering V)

前学期 0−1−0  指導教員

学生各自が選んだテーマと関連する研究論文を読解する演習を通じて,国際開発工学における研究に応じた個々の分野に対するより深い知識及び問題解決法を指導する。

第三では,修士論文の構成及び展開について重点的に指導する。

70704

国際開発工学講究第四(Seminar in International Development Engineering W)

後学期 0−1−0  指導教員

学生各自が研究の遂行状況を報告するとともに,問題点の確認及び解決方法について議論を行なう。また,学生発表及び論文作成のための演習を行い,国際開発工学の発展のための貢献について考える。

第四では,修士論文の作成を中心に指導する。

70801

国際開発工学講究第五(Seminar in International Development Engineering X)

前学期 0−2−0  指導教員

学生各自が国際開発工学の重層的な学問の成り立ちとそれを支える各専門分野との関連を理解するために,個々の専門分野の原書を輪読し,高度な専門論文の紹介を演習として行い,専門に対する理解力を養成する。

第五では,原書及び高度な専門論文の読解を指導する。

70802

国際開発工学講究第六(Seminar in International Development Engineering Y)

後学期 0−2−0  指導教員

学生各自がそれぞれ専門分野の高度な研究論文の紹介を通じて演習を行い,研究の重要性を考えるとともに語学の習熟及び国際講演に対するセンスを学ぶ。

第六では,博士論文研究の目的・方法を指導するとともに,各自の研究テーマの遂行に関し助言する。

70803

国際開発工学講究第七(Seminar in International Development Engineering Z)

前学期 0−2−0  指導教員

学生各自が高度な研究論文の紹介及び各自の研究方法を紹介することを演習とし,国際開発工学における関連分野の知識をより深く学ぶ。

第七では,博士論文の実質的な研究の方向を指導する。

70804

国際開発工学講究第八(Seminar in International Development Engineering [)

後学期 0−2−0  指導教員

学生各自が各々の研究テーマに関連する高度な国際的研究論文を総括的に読解した結果を発表するとともに,国際的な研究の流れを把握する。国際学会での学術講演を行うための語学の習熟,表現の方法を学ぶ。

第八では,研究動向の把握を行わせ,博士論文の構想について助言する。

70805

国際開発工学講究第九(Seminar in International Development Engineering \)

前学期 0−2−0  指導教員

学生各自の専門の高度な国際学術論文を総括的に読解した結果を紹介するとともに,各自の研究の独自性について検討する。併せて学術論文作成及び国際学科での発表・討論の訓練を行う。

第九では,博士論文の作成,学術講演の方法について重点的に指導する。

70806

国際開発工学講究第十(Seminar in International Development Engineering ])

後学期 0−2−0  指導教員

学生各自の研究の総括的な紹介や国際学会発表の練習を行うとともに,学術論文作成のための指導を行う。さらに,国際開発工学における各自の研究の位置付けも求める。

第十では,博士論文の総括を指導するとともに,大学での教授法も併せて指導する。

70715

Special Experiments of Development and Environmental Engineering (IDE) T (International Graduate Program)

Autumn Semester 0−0−1  ○Supervisor, Assoc. Prof. Shinya HANAOKA (course coordinator)

Experiments, exercises and field works on topics relating to each field under the supervision by each supervisor and course coordinator.

Compulsory for International Graduate Program master first year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70716

Special Experiments of Development and Environmental Engineering (IDE) U (International Graduate Program)

Spring Semester 0−0−1  ○Supervisor, Assoc. Prof. Shinya HANAOKA (course coordinator)

Experiments, exercises and field works on topics relating to each field under the supervision by each supervisor and course coordinator.

Compulsory for International Graduate Program master first year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70717

Special Experiments of Development and Environmental Engineering (IDE) V (International Graduate Program)

Autumn Semester 0−0−1  ○Supervisor, Assoc. Prof. Shinya HANAOKA (course coordinator)

Experiments, exercises and field works on topics relating to each field under the supervision by each supervisor and course coordinator.

Compulsory for International Graduate Program master second year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70718

Special Experiments of Development and Environmental Engineering (IDE) W (International Graduate Program)

Spring Semester 0−0−1  ○Supervisor, Assoc. Prof. Shinya HANAOKA (course coordinator)

Experiments, exercises and field works on topics relating to each field under the supervision by each supervisor and course coordinator.

Compulsory for International Graduate Program master second year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70705

Seminar in Development and Environmental Engineering (IDE) T (International Graduate Program)

Autumn Semester 0−1−0  ○Supervisor, Assoc. Prof. Shinya HANAOKA (course coordinator)

Colloquium on topics relating to each course by means of reading research paper and books, and discussion with each supervisor and course coordinator.

Compulsory for International Graduate Program master first year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70706

Seminar in Development and Environmental Engineering (IDE) U (International Graduate Program)

Spring Semester 0−1−0  ○Supervisor, Assoc. Prof. Shinya HANAOKA (course coordinator)

Colloquium on topics relating to each course by means of reading research paper and books, and discussion with each supervisor and course coordinator.

Compulsory for International Graduate Program master first year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70707

Seminar in Development and Environmental Engineering (IDE) V (International Graduate Program)

Autumn Semester 0−1−0  ○Supervisor, Assoc. Prof. Shinya HANAOKA (course coordinator)

Colloquium on topics relating to each course by means of reading research paper and books, and discussion with each supervisor and course coordinator.

Compulsory for International Graduate Program master second year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70708

Seminar in Development and Environmental Engineering (IDE) W (International Graduate Program)

Spring Semester 0−1−0  ○Supervisor, Assoc. Prof. Shinya HANAOKA (course coordinator)

Colloquium on topics relating to each course by means of reading research paper and books, and discussion with each supervisor and course coordinator.

Compulsory for International Graduate Program master second year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70851

Seminar in Development and Environmental Engineering (IDE) X (International Graduate Program)

Autumn Semester 0−2−0  Supervisor

Advanced and high level researches including colloquium, practice and experiment are required.

Compulsory for International Graduate Program doctor first year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70852

Seminar in Development and Environmental Engineering (IDE) Y (International Graduate Program)

Spring Semester 0−2−0  Supervisor

Advanced and high level researches including colloquium, practice and experiment are required.

Compulsory for International Graduate Program doctor first year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70853

Seminar in Development and Environmental Engineering (IDE) Z (International Graduate Program)

Autumn Semester 0−2−0  Supervisor

Advanced and high level researches including colloquium, practice and experiment are required.

Compulsory for International Graduate Program doctor second year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70854

Seminar in Development and Environmental Engineering (IDE) [ (International Graduate Program)

Spring Semester 0−2−0  Supervisor

Advanced and high level researches including colloquium, practice and experiment are required.

Compulsory for International Graduate Program doctor second year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70855

Seminar in Development and Environmental Engineering (IDE) \ (International Graduate Program)

Autumn Semester 0−2−0  Supervisor

Advanced and high level researches including colloquium, practice and experiment are required.

Compulsory for International Graduate Program doctor third year students in Development and Environmental Engineering Course, Department of International Development Engineering.

70856

Seminar in Development and Environmental Engineering (IDE) ] (International Graduate Program)

Spring Semester 0−2−0  Supervisor

Advanced and high level researches including colloquium, practice and experiment are required.

Compulsory for International Graduate Program doctor third year students in Development and Environmental Engineering Course, Department of International Development Engineering.


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