WSQN0501 Transportation Engineering

広島大学シラバス

English

年度 2024年度開講部局先進理工系科学研究科博士課程前期先進理工系科学専攻理工学融合プログラム

講義コード WSQN0501 科目区分専門的教育科目

授業科目名 Transportation Engineering

授業科目名
（フリガナ）　

英文授業科目名 Transportation Engineering

担当教員名藤原　章正,清家　美帆

担当教員名
(フリガナ) フジワラ　アキマサ,セイケ　ミホ

開講キャンパス東広島開設期 1年次生前期１ターム

曜日・時限・講義室 (1T) 月9-10,水9-10：国際201号

授業の方法講義授業の方法
【詳細情報】　

•Class style: Online using Moodle or Teams
•Start date of class: April 8

単位 2.0 週時間　使用言語 E : 英語

学習の段階 6 : 大学院専門的レベル

学問分野（分野） 25 : 理工学

学問分野（分科） 13 : 土木工学

対象学生

授業のキーワード

教職専門科目　教科専門科目　

プログラムの中での
この授業科目の位置づけ
（学部生対象科目のみ）
到達度評価
の評価項目
（学部生対象科目のみ）

授業の目標・概要等 The students will learn the basic theories about infrastructure development and planning and transport policies.

授業計画 1 Introduction and overview of transport statistics　
　The history of transport infrastructure development will be reviewed and the current stage of the development and planning will be introduced.
2/3　Traffic flows and highway capacity
　The fundamental theory of traffic flow and road capacity will be lectured.

4　Intersection design
　The design methods of road intersections and traffic control will be explained.
5　Transportation Networks
　The transport network theory and optimization methods will be lectured.

6/7　Road Planning in Neighborhood / Bicycle
　The basic theory of road planning in neighborhood and bicycle planning will be explained by introducing the actual plans.

8/9　Public Transport Planning
　Public transport planning (i.e. railway, bus, light rail transit, port and airport) will be introduced. Also the design methods will be explained.

10　Transportation Planning in Tourism
　The issues of transport planning in tourism will be discussed.
11　Transportation Demand Management
　Travel demand management measures to decrease congestion, traffic accidents and emission by appropriately managing the demand will be introduced.

12　Air Quality, Noise and Energy
　The countermeasures on environmental issues caused by transport sectors, i.e. air pollution, noise and energy consumption, will be discussed. Also the evaluation method of environmental value will be lectured.

13　Intelligent Transport Systems
　The recent development of ITS in US, Europe and Japan will be introduced. The advantages and disadvantages of ITS will be discussed.

14　Universal Design and barrier free in transport
　The concept of universal design of infrastructure will be lectured. Also the global standard and actual problems will be discussed.

15　Final Examination

教科書・参考書等 Reading Lists:
1) Institute of Highways & Transportation (1996): Guidelines for Developing Urban Transport Strategies, Stephen Austin,
Hertford.
2) Daganzo, C. (1997): Fundamentals of Transportation and Traffic Operations, Pergamon.
3) Papacostas, C. & P. Prevedouros (1993): Transportation Engineering and Planning, Prentice Hall.
4) Taylor, H., W. Young & P. Bonsall (1996): Understanding Traffic Systems: Data, Analysis and Presentation, Ashgate,
pp.37-126.
5) Department of Transport (1994): Traffic Calming in Practice, Landor Publishing.
6) Hass-Klau, Carmen (1990): The pedestrian and city traffic, Belhaven Press.
7) Rodney Tolley (2003): Sustainable transport planning for walking and cycling in urban environments, Cambridge
Wodhead.
8) White, P. (1995): Public Transport ｨCIts Planning, Management and Operation, UCL Press.
9) Iles, R. (2005): Public Transport in Developing Countries, Elsevier.
10) Hensher, D. et al.(2003): Handbook of Transport and the Environment, Elsevier.
11) Banister, D. (2005): Unsustainable Transport: City transport in the new country, Routledge.
12) Hanson, S. (1995): The Geography of Urban Transportation, The Guilford Press, pp.435-469.
13) Risto Näätänen and Heikki Summala (1976): Road-user Behavior and Traffic Accidents, Elsevier.
14) Stough, R. (2001): Intelligent Transport Systems: Cases and Policies, Edward Eigar.
15) Wolfgang F. E. Preiser & Elaine Ostroff (2001): Universal Design Handbook, McGraw-Hill Professional.

授業で使用する
メディア・機器等　

【詳細情報】英語版シラバスを参照

授業で取り入れる
学習手法　

予習・復習への
アドバイス Please contact with the professor.

履修上の注意
受講条件等 The students are recommended to have learnt “Probability and Statistics” and “Optimization”.

成績評価の基準等 The achievements are evaluated in reports and final presentation.

実務経験

実務経験の概要と
それに基づく授業内容

メッセージ

その他

すべての授業科目において，授業改善アンケートを実施していますので，回答に協力してください。
回答に対しては教員からコメントを入力しており，今後の改善につなげていきます。

年度	2024年度	開講部局	先進理工系科学研究科博士課程前期先進理工系科学専攻理工学融合プログラム
講義コード	WSQN0501	科目区分	専門的教育科目
授業科目名	Transportation Engineering
授業科目名（フリガナ）
英文授業科目名	Transportation Engineering
担当教員名	藤原　章正,清家　美帆
担当教員名 (フリガナ)	フジワラ　アキマサ,セイケ　ミホ
開講キャンパス	東広島	開設期	1年次生前期１ターム
曜日・時限・講義室	(1T) 月9-10,水9-10：国際201号
授業の方法	講義	授業の方法【詳細情報】
•Class style: Online using Moodle or Teams •Start date of class: April 8
単位	2.0	週時間		使用言語	E : 英語
学習の段階	6 : 大学院専門的レベル
学問分野（分野）	25 : 理工学
学問分野（分科）	13 : 土木工学
対象学生
授業のキーワード
教職専門科目		教科専門科目
プログラムの中でのこの授業科目の位置づけ（学部生対象科目のみ）
到達度評価の評価項目（学部生対象科目のみ）
授業の目標・概要等	The students will learn the basic theories about infrastructure development and planning and transport policies.
授業計画	1 Introduction and overview of transport statistics　　The history of transport infrastructure development will be reviewed and the current stage of the development and planning will be introduced. 2/3　Traffic flows and highway capacity 　The fundamental theory of traffic flow and road capacity will be lectured. 4　Intersection design 　The design methods of road intersections and traffic control will be explained. 5　Transportation Networks 　The transport network theory and optimization methods will be lectured. 6/7　Road Planning in Neighborhood / Bicycle 　The basic theory of road planning in neighborhood and bicycle planning will be explained by introducing the actual plans. 8/9　Public Transport Planning 　Public transport planning (i.e. railway, bus, light rail transit, port and airport) will be introduced. Also the design methods will be explained. 10　Transportation Planning in Tourism 　The issues of transport planning in tourism will be discussed. 11　Transportation Demand Management 　Travel demand management measures to decrease congestion, traffic accidents and emission by appropriately managing the demand will be introduced. 12　Air Quality, Noise and Energy 　The countermeasures on environmental issues caused by transport sectors, i.e. air pollution, noise and energy consumption, will be discussed. Also the evaluation method of environmental value will be lectured. 13　Intelligent Transport Systems 　The recent development of ITS in US, Europe and Japan will be introduced. The advantages and disadvantages of ITS will be discussed. 14　Universal Design and barrier free in transport 　The concept of universal design of infrastructure will be lectured. Also the global standard and actual problems will be discussed. 15　Final Examination
教科書・参考書等	Reading Lists: 1) Institute of Highways & Transportation (1996): Guidelines for Developing Urban Transport Strategies, Stephen Austin, Hertford. 2) Daganzo, C. (1997): Fundamentals of Transportation and Traffic Operations, Pergamon. 3) Papacostas, C. & P. Prevedouros (1993): Transportation Engineering and Planning, Prentice Hall. 4) Taylor, H., W. Young & P. Bonsall (1996): Understanding Traffic Systems: Data, Analysis and Presentation, Ashgate, pp.37-126. 5) Department of Transport (1994): Traffic Calming in Practice, Landor Publishing. 6) Hass-Klau, Carmen (1990): The pedestrian and city traffic, Belhaven Press. 7) Rodney Tolley (2003): Sustainable transport planning for walking and cycling in urban environments, Cambridge Wodhead. 8) White, P. (1995): Public Transport ｨCIts Planning, Management and Operation, UCL Press. 9) Iles, R. (2005): Public Transport in Developing Countries, Elsevier. 10) Hensher, D. et al.(2003): Handbook of Transport and the Environment, Elsevier. 11) Banister, D. (2005): Unsustainable Transport: City transport in the new country, Routledge. 12) Hanson, S. (1995): The Geography of Urban Transportation, The Guilford Press, pp.435-469. 13) Risto Näätänen and Heikki Summala (1976): Road-user Behavior and Traffic Accidents, Elsevier. 14) Stough, R. (2001): Intelligent Transport Systems: Cases and Policies, Edward Eigar. 15) Wolfgang F. E. Preiser & Elaine Ostroff (2001): Universal Design Handbook, McGraw-Hill Professional.
授業で使用するメディア・機器等
【詳細情報】	英語版シラバスを参照
授業で取り入れる学習手法
予習・復習へのアドバイス	Please contact with the professor.
履修上の注意受講条件等	The students are recommended to have learnt “Probability and Statistics” and “Optimization”.
成績評価の基準等	The achievements are evaluated in reports and final presentation.
実務経験
実務経験の概要とそれに基づく授業内容
メッセージ
その他
すべての授業科目において，授業改善アンケートを実施していますので，回答に協力してください。回答に対しては教員からコメントを入力しており，今後の改善につなげていきます。

シラバスTOPへ