WSQN0601 Transportation Planning

広島大学シラバス

English

年度 2026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 WSQN0601 科目区分専門的教育科目

授業科目名 Transportation Planning

授業科目名
（フリガナ）

英文授業科目名 Transportation Planning

担当教員名力石　真,馮　涛

担当教員名
(フリガナ) チカライシ　マコト,フェン　タオ

開講キャンパス東広島開設期 1年次生   前期   ２ターム

曜日・時限・講義室 (2T) 月9-10,水5-6：国際201号

授業の方法講義授業の方法
【詳細情報】対面

The course is primarily conducted in person; however, some sessions may be held online when necessary.

単位 2.0 週時間 4 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 Master / PhD students

授業のキーワード Transportation planning, cost-benefit analysis, project evaluation, policy analysis, valuation, uncertainty, congestion pricing, mechanism design, public transport, human-centered design, stakeholder engagement, welfare economics, sustainability, equity

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 This course examines transportation planning with a two-part structure: (1) planning foundations, and (2) evaluation and advanced policy topics. In the first half, students learn core planning principles and process-oriented themes, including public transport system planning, interchange planning, district/neighborhood planning, and human-centered design. In the second half, students evaluate policies and projects through economic appraisal, valuation, safety, environmental impacts, uncertainty, congestion pricing, and mechanism design, followed by advanced topics in scale economies and platform-based mobility. Students are expected to read assigned papers before class, prepare concise summaries, and engage in structured discussion.

授業計画 1. History and Philosophy of Transportation Planning
2. Modern Transportation Planning and Evaluation Framework
3. Public Transit Planning
4. Transport Hub (Interchange) Planning
5. District / Neighborhood Transport Planning
6. Human-Centered Transportation System Design
7. Economic Foundations and Cost-Benefit Analysis
8. Valuation of Travel Time Savings
9. Valuation of Safety Improvements
10. Valuation of Environmental and Health Impacts
11. Uncertainty and Risk in Project Evaluation
12. Congestion Pricing and Mechanism Design
13. Scale Economies and Positive Externalities in Public Transport
14. Platform Economics and Multi-Sided Markets in Transportation
15. Wrap-up and Research Frontiers in Transportation Planning--

教科書・参考書等 - Small, K. A., & Verhoef, E. T. (2007). *The Economics of Urban Transportation*. Routledge.
- Boardman, A. E., Greenberg, D. H., Vining, A. R., & Weimer, D. L. (2018). *Cost-Benefit Analysis: Concepts and Practice* (5th ed.). Cambridge University Press.
- Ortúzar, J. de D., & Willumsen, L. G. (2011). *Modelling Transport* (4th ed.). John Wiley & Sons.
- Morgan, M. G. (2017). *Theory and Practice in Policy Analysis: Including Applications in Science and Technology*. Cambridge University Press.
- Hensher, D. A., & Brewer, A. M. (2001). *Transport: A Management Perspective*. Oxford University Press.
- McFadden, D., & Train, K. (2017). *Contingent Valuation of Environmental Goods*. Edward Elgar Publishing.
- Ceder, A. (2016). *Public Transit Planning and Operation*. CRC Press.
- Additional textbooks, academic papers, and technical reports will be distributed in class.

授業で使用する
メディア・機器等 Microsoft Teams, moodle

【詳細情報】

授業で取り入れる
学習手法ディスカッション, PBL（Problem-based Learning）／ TBL（Team-based Learning）

予習・復習への
アドバイス - Basic microeconomics (consumer theory, welfare economics)
- Basic probability/statistics
- Completion of Transportation Engineering is recommended

履修上の注意
受講条件等

成績評価の基準等 1. Submission of weekly paper summaries (15 submissions total): 100%
   - Pre-class reading is mandatory for every session.
   - One summary is required for each session
2. There is no midterm exam, no final exam, and no separate final report.

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	2026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	WSQN0601	科目区分	専門的教育科目
授業科目名	Transportation Planning
授業科目名（フリガナ）
英文授業科目名	Transportation Planning
担当教員名	力石　真,馮　涛
担当教員名 (フリガナ)	チカライシ　マコト,フェン　タオ
開講キャンパス	東広島	開設期	1年次生前期２ターム
曜日・時限・講義室	(2T) 月9-10,水5-6：国際201号
授業の方法	講義	授業の方法【詳細情報】	対面
The course is primarily conducted in person; however, some sessions may be held online when necessary.
単位	2.0	週時間	4	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	Master / PhD students
授業のキーワード	Transportation planning, cost-benefit analysis, project evaluation, policy analysis, valuation, uncertainty, congestion pricing, mechanism design, public transport, human-centered design, stakeholder engagement, welfare economics, sustainability, equity
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	This course examines transportation planning with a two-part structure: (1) planning foundations, and (2) evaluation and advanced policy topics. In the first half, students learn core planning principles and process-oriented themes, including public transport system planning, interchange planning, district/neighborhood planning, and human-centered design. In the second half, students evaluate policies and projects through economic appraisal, valuation, safety, environmental impacts, uncertainty, congestion pricing, and mechanism design, followed by advanced topics in scale economies and platform-based mobility. Students are expected to read assigned papers before class, prepare concise summaries, and engage in structured discussion.
授業計画	1. History and Philosophy of Transportation Planning 2. Modern Transportation Planning and Evaluation Framework 3. Public Transit Planning 4. Transport Hub (Interchange) Planning 5. District / Neighborhood Transport Planning 6. Human-Centered Transportation System Design 7. Economic Foundations and Cost-Benefit Analysis 8. Valuation of Travel Time Savings 9. Valuation of Safety Improvements 10. Valuation of Environmental and Health Impacts 11. Uncertainty and Risk in Project Evaluation 12. Congestion Pricing and Mechanism Design 13. Scale Economies and Positive Externalities in Public Transport 14. Platform Economics and Multi-Sided Markets in Transportation 15. Wrap-up and Research Frontiers in Transportation Planning--
教科書・参考書等	- Small, K. A., & Verhoef, E. T. (2007). The Economics of Urban Transportation. Routledge. - Boardman, A. E., Greenberg, D. H., Vining, A. R., & Weimer, D. L. (2018). Cost-Benefit Analysis: Concepts and Practice (5th ed.). Cambridge University Press. - Ortúzar, J. de D., & Willumsen, L. G. (2011). Modelling Transport (4th ed.). John Wiley & Sons. - Morgan, M. G. (2017). Theory and Practice in Policy Analysis: Including Applications in Science and Technology. Cambridge University Press. - Hensher, D. A., & Brewer, A. M. (2001). Transport: A Management Perspective. Oxford University Press. - McFadden, D., & Train, K. (2017). Contingent Valuation of Environmental Goods. Edward Elgar Publishing. - Ceder, A. (2016). Public Transit Planning and Operation. CRC Press. - Additional textbooks, academic papers, and technical reports will be distributed in class.
授業で使用するメディア・機器等	Microsoft Teams, moodle
【詳細情報】
授業で取り入れる学習手法	ディスカッション, PBL（Problem-based Learning）／ TBL（Team-based Learning）
予習・復習へのアドバイス	- Basic microeconomics (consumer theory, welfare economics) - Basic probability/statistics - Completion of Transportation Engineering is recommended
履修上の注意受講条件等
成績評価の基準等	1. Submission of weekly paper summaries (15 submissions total): 100% - Pre-class reading is mandatory for every session. - One summary is required for each session 2. There is no midterm exam, no final exam, and no separate final report.
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。

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