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Smart Transport and Logistics
Major: Transport technology (by Automobile Transport)
Code of Subject: 6.275.03.M.73
Credits: 6
Department: Transport Technologies
Lecturer: Ph.D., Associate professor Mykola Zhuk
Semester: 6 семестр
Mode of Study: денна
Learning outcomes:
1. To find optimal solutions for the use of intelligent transport and logistics in cities.
2. Analyze and simulate traffic flows in the city center.
3. Estimate and predict the parameters of material and human flows.
4. To predict and design smart city transport systems.
5. Predict the development of the transport services market.
6. To evaluate the influence of people and the environment on the safety and stability of urban logistics.
2. Analyze and simulate traffic flows in the city center.
3. Estimate and predict the parameters of material and human flows.
4. To predict and design smart city transport systems.
5. Predict the development of the transport services market.
6. To evaluate the influence of people and the environment on the safety and stability of urban logistics.
Required prior and related subjects:
• Supplying information to roadway users;
• Traffic engineering;
• Fundamentals of road safety.
• Traffic engineering;
• Fundamentals of road safety.
Summary of the subject:
The urban freight and passenger transport markets in Ukraine and EU. European policy on urban transport. Passenger Transport System in an ITS Context. Smart infrastructure technologies. Network and traffic management systems Vehicle Connectivity. Transportation Analytics. Transportation Control. New transport mode.. Traffic conditions. Traffic information sharing. Optimisation processes and the distribution of control actions. Urban traffic management. Mobility information systems. Optimisation of transport flows. Sustainable Transport Strategies. City Logistics in Urban Centre. Impacts Electrification of Public Transport in cities.
Recommended Books:
1. Е.В. Гаврилов, М.Ф. Дмитриченко, В.К. Доля, О.Т. Лановий, І.Е. Линник, В.П.Поліщук. Організація дорожнього руху. – К.: Знання України, 2005. – 452с.
2. Кременец Ю.А. Технические средства организации дорожного движения: Учебник для вузов / Ю.А. Кременец, М.П. Печерский, М.Б. Афанасьев. – М.: ИКЦ «Академкнига», 2005. – 280 с.
3. 1.І.А. Вікович, М.М. Жук, Ю.Я. Ройко. Організація дорожнього руху. – Львів.: НУ «ЛП», 2006. – 162с.
4. Stoyanov, P., Gagova, P. (2012). Some implementation of quality of public transport. Transport problems. – Vol. 7, Issue 2. – pp. 37–42.
5. Hajdul, M. (2010). Model of coordination of transport processes according to the concept of sustainable development. LogForum. – No. 3 (21). – pp.45-55.
6. Nuzzolo, A. and Comi, A. (2016). Advanced Public Transport and ITS: new modelling challenges. In Transportmetrica A: Transport Science 12 (8), DOI: 10.1080/23249935.2016.1166158, Taylor & Francis, pp. 674 – 699.
7. Fornalchyk, Ye, Hilevych, V. (in press). Level of the automotive techniques of regional and city residential buildings and number of road accidents. Avtoshliakhovyk Ukrainy.
8. Carteni, A. (2014). Urban sustainable mobility. Part 1: Rationality in transport planning. Transport problems. – Vol. 9, Issue 4. – pp. 39–48.
9. http://zakon2.rada.gov.ua
10. Achleitner, A.K,. Klandt, H., Lambert T., Voigt Koch. (2006). Entrepreneurship Research and Education in the World: Past, Present and Future, Jahrbuch Entrepreneurship.
11. Nagarajan, P., Wiselin Jiji G. (2010). Online educational system (e- learning), International Journal of u- and e- Service. Science and Technology, Vol. 3, No. 4, December.
12. http://h2020.com.ua
2. Кременец Ю.А. Технические средства организации дорожного движения: Учебник для вузов / Ю.А. Кременец, М.П. Печерский, М.Б. Афанасьев. – М.: ИКЦ «Академкнига», 2005. – 280 с.
3. 1.І.А. Вікович, М.М. Жук, Ю.Я. Ройко. Організація дорожнього руху. – Львів.: НУ «ЛП», 2006. – 162с.
4. Stoyanov, P., Gagova, P. (2012). Some implementation of quality of public transport. Transport problems. – Vol. 7, Issue 2. – pp. 37–42.
5. Hajdul, M. (2010). Model of coordination of transport processes according to the concept of sustainable development. LogForum. – No. 3 (21). – pp.45-55.
6. Nuzzolo, A. and Comi, A. (2016). Advanced Public Transport and ITS: new modelling challenges. In Transportmetrica A: Transport Science 12 (8), DOI: 10.1080/23249935.2016.1166158, Taylor & Francis, pp. 674 – 699.
7. Fornalchyk, Ye, Hilevych, V. (in press). Level of the automotive techniques of regional and city residential buildings and number of road accidents. Avtoshliakhovyk Ukrainy.
8. Carteni, A. (2014). Urban sustainable mobility. Part 1: Rationality in transport planning. Transport problems. – Vol. 9, Issue 4. – pp. 39–48.
9. http://zakon2.rada.gov.ua
10. Achleitner, A.K,. Klandt, H., Lambert T., Voigt Koch. (2006). Entrepreneurship Research and Education in the World: Past, Present and Future, Jahrbuch Entrepreneurship.
11. Nagarajan, P., Wiselin Jiji G. (2010). Online educational system (e- learning), International Journal of u- and e- Service. Science and Technology, Vol. 3, No. 4, December.
12. http://h2020.com.ua
Assessment methods and criteria:
• writing reports from practical work, oral examination, cash and graphics work (40%);
• final control (50% control measure, exam), written-oral form (60%).
• final control (50% control measure, exam), written-oral form (60%).