Masters Courses (University of
Tokyo)
| 4. | Transport Planning and Policy II |
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| Previous course now divided into two courses | |
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711-58 Planning Policy and Management of Transport and Urban Infrastructure |
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Course Objective: Fundamental knowledge of transport engineering, planning and policy |
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Grading Policy: Grading will be determined as follows: Attendance = 10 percent; Presentation = 50 percent; Contribution to discussion = 40 percent, Total: 100 percent |
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Prerequisite: Theory and Method of Transport and Urban Infrastructure (711-59) |
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Course Content: This
course covers a variety of themes, all related to planning, policies
and managements of transport and urban infrastructure. It presents
both theories and examples for many kinds of transport modes and
investments. It discusses current policies and managements that are
addressed by ministries of several countries and local governments
that are considered important to transport practitioners but are not
tackled in the other courses. Many of the topics introduced in this
course will be presented at the intermediate level. |
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| Material: The lists of materials or information about reading are provided by professors in classes. | |
| 711-59 Theory and Method of Transport and Urban Infrastructure | |
| Course Objective: To understand theoretical and methodological knowledge related to transport and urban infrastructure. | |
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Grading Policy: Each lecturer provides either a short exam or an assignment. Around 30% of students can get "A". Students whose point reach 50% can get the credit. |
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Prerequisite: 711-58 Planning Policy and Management of Transport and Urban Infrastructure 710-02 Road Traffic Engineering I 711-05 Urban Reconstruction Planning and Engineering |
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Course Content: (1) Transport Network Analysis Introduction to network analysis Concept of user equilibrium and system optimum on networks Theory of non-linear optimization Solving of user equilibrium by Frank-Wolfe method. (2) Advanced Topics on Disaggregate Model Theoretical background of individual choice behavior Forecasting technique of discrete choice model MNL model and economic analysis (3) Behavioral Survey and Analysis for Transport Planning The characteristics of several survey methods The theory and application of structural equation modeling. CLASS SCHEDULE Date--------------------Lecturer-Topics APR 5, 19, 26, MAY 10---(TERABE)-Behavioral Survey and Analysis for Transport Planning MAY 17, 31, JUNE 7, 14--(KATO)---Advanced Topics on Disaggregate Model JUNE 21, 28, JULY 5, 12-(IEDA)---Transport Network Analysis |
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| Material: List of references will be designated by each lecturer. | |
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