Section outline
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MOBILITIES, TECHNOLOGIES AND SUSTAINABLE DEVELOPMENT
Spring 2022
https://zoom.us/j/93519424762?pwd=Um9TWmJLdm01cTBhaitTbkN0YVU5dz09
Meeting ID: 935 1942 4762
Passcode: p0cEh6
Course Code:
Course ID:
ANTH – 528
5544
Course Instructor:
Dr. Kubatbek Muktarbek uulu
Course Duration:
18 Weeks
No. of Credit Units:
6.0
Class meeting/Time:
Mode:
Office Hours
Wednesday 17:00-18:15; 18:25-19:40
ONLINE
By appointment
Course Description
Transportation plays a substantial role in the modern world; it provides tremendous benefits to society, but it also imposes significant economic, social and environmental costs. Sustainable transport planning requires integrating environmental, social, and economic factors in order to develop optimal solutions to our many pressing issues, especially carbon emissions and climate change.
In this course students will learn reflects a new sustainable transportation planning paradigm. It explores the concepts of sustainable development and sustainable transportation, describes practical techniques for comprehensive evaluation, provides tools for multi-modal transport planning, and presents innovative mobility management solutions to transportation problems. This text reflects a fundamental change in transportation decision making. It focuses on accessibility rather than mobility, emphasizes the need to expand the range of options and impacts considered in analysis, and provides practical tools to allow planners, policy makers and the general public to determine the best solution to the transportation problems facing a community.
Featuring extensive international examples and case-studies, textboxes, graphics, recommended reading and end of chapter questions, the authors draw on considerable teaching and researching experience to present an essential, ground-breaking and authoritative text on sustainable transport.
Students of various disciplines, will find many of its provocative ideas and approaches of considerable value as they engage in the processes of understanding and changing transportation towards greater sustainability.
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Introduction to Mobilities, Technologies and Sustainable Development
History of MotionIntroduction to the course and requirements;
Readings & Discussion -
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A Highly Mobile Planet and Its Challenges. Sustainable transportation. Unsustainable transportation.
Schiller P., An Introduction to Sustainable Transportation. 2010.
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Students mustMark as done5.7 MB · Uploaded 27/01/22, 18:23
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Students mustMark as done2.6 MB · Uploaded 9/02/22, 09:37
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Mobilities (German Experience). Macro-Environment of Mobility. Traditional Mobility Models.
Friesendorf K. Mobility in Germany. 2012
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Students mustMark as done2.6 MB · Uploaded 27/01/22, 18:28
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Public Transport. Traveling as fast as possible. Citizens’ requirements.
Schiller P., An Introduction to Sustainable Transportation. 2010.
HiTrans best practice guide 2; 5. 2005.
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Students mustMark as done5.7 MB · Uploaded 27/01/22, 18:30
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Students mustMark as done4.7 MB · Uploaded 27/01/22, 18:31
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Students mustMark as done1.6 MB · Uploaded 27/01/22, 18:32
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Traffic Planning and Safety. Intersections as Bottlenecks of Transport Networks. Improving the capacity of signalized intersection. Roundabouts as safe and modern solutions.
Macioszek E. Nodes in Transport Networks – Research, Data Analysis and Modelling 2020.
Macioszek E. Roundabouts as Safe and Modern Solutions in Transport Networks and Systems 2019
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Students mustMark as done35.0 MB · Uploaded 27/01/22, 18:35
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Students mustMark as done27.0 MB · Uploaded 27/01/22, 18:35
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Future of Electric Vehicle Technology.
Battery Electric VehiclesLarmine J. Electric Vehicle Technology Explained 2012
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Students mustMark as done3.5 MB · Uploaded 27/01/22, 18:37
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Summary and Conclusion
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Final Exam
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Attendance/Participation
15%
Presentations on readings (in class)
20%
Midterm Exam
30%
Final Exam
35%
Total:
100%