運輸科技政策

The purposes of establishing Transportation Policy are to provide the nation with a smooth development platform and efficient transportation means for the people and goods under existing and future natural resource constraints and societal evolution patterns. The main contents of this course include: 1) transportation policy analysis, 2) Connected and Autonomous Vehicle (CAV), 3) Shared Mobility (SM), 4) Electric Vehicle (EV), and 5) Mobility as a Service (MaaS). The aims of this course are to provide the enrolled students with knowledge about transportation policy establishment process and policy directions and best practices in transportation technology developments. This course is designed to cultivate the graduate students with forward-looking viewpoints toward national transportation policies and understanding the most up-to-date developments of transportation technology in the international community.

1. Fundamentals of Transportation 2. Introduction to Intelligent Transportation Systems (ITS)

Pedagogy and other supplementary information (websites, TAs, handouts and/or databases): the instructor will be preparing the handouts for each topic of the course outline, supplementary materials in terms of academic papers and research reports will be periodically distributed.

1. Homework and Assignments: group reports and term paper preparations are the main assignments during the semester. 2. Exams and Quizzes: None. 3. Evaluation and Grading Policy: the final grade will be evaluated by the following components: 1) assignments (20%), 2) term project proposal (20%), 3) term project progress report (30%), 4) term project final report (30%).

1. Department of Transportation, January 2021. Automated vehicle comprehensive plan. U.S. DOT, Washington, D.C., U.S.A. 2. IEA, April 2021. Global EV Outlook 2021, International Energy Agency. 3. MaaS Alliance, 2017. White Paper: Guidelines & recommendations to create the foundations for a thriving MaaS ecosystem. MaaS Alliance AISBL, Brussels, Belgium. 4. Marchau, V., Zmud, J., Kalra, N., 2019. Editorial for the special issue: Autonomous vehicle policy. Transportation Research Part A, 122, 120-124. 5. Rivera, R.A., Basilio, E., Lidasan, H., September 2021. Enhancing transport policy framework to address impacts of pandemics in Southeast Asia: The case of the Philippines, proceedings of the 14th International Conference on Eastern Society for Transport Studies (EASTS 2021), Hiroshima, Japan. 6. Santos, G, Nikolaev, N., March 2021. Mobility as a Service and public transport: A rapid literature review and the case of Moovit. Sustainability. 13(7): 3666. 7. Shaheen, S., Cohen, A., Zohdy, I., 2016. Shared mobility: Current practices and guiding principles. Federal Highway Administration, U.S. DOT, Washington, D.C., U.S.A. 8. Shared Use Mobility Center, 2015. Shared-use mobility: Reference guide. Shared-Use Mobility Center, Chicago, IL and Los Angeles, CA, U.S.A. 9. Transport for New South Wales, 2019. Future transport NSW electric & hybrid vehicle plan, Chippendale NSW, Australia. 10. Transport for New South Wales, 2020.Connected and automated vehicles plan, Chippendale NSW, Australia. 11. Transport for New South Wales, March 2021. Future transport technology roadmap 2021-2024, Sydney NSW, Australia. 12. Walker, W.E., 2000. Policy analysis: a systematic approach to supporting policymaking in the public sector. J. Multicriteria Decision Analysis, 9, 11–27.

地點

B417, Taipei Campus

時間

Tue., 13:30~15:00

聯絡方式

Tel: (02) 2349-4962 E-mail: srhu@nycu.edu.tw