SLO | EN

Objectives and competences

The objectives of the course are to: • identify the characteristics of mobility of people and goods, • theoretically define and practically explain the structure, standards and impacts of a smart city, • theoretically define smart mobility of people and goods in urban environments and transfer this to practical examples, • identify ITS systems for access restrictions and their practical transfer to real problems, • theoretically define road safety in smart mobility and practically explain the impact of safety on mobility, • practically explain the approach to solving the problems of smart and safe mobility of people and goods. Competences acquired by students: • get to know and understand the system and elements of smart and safe mobility of people and goods, • get to know and understand ITS systems for restricting access to urban centers, • get to know and understand the impact of road safety on the mobility of people/goods, • are trained to analyze, critically evaluate and design individual elements of smart mobility of people/goods, • are trained to transfer theoretical knowledge to practical problems.

Content (Syllabus outline)

• Smart cities (structure, standards, ecological and social impacts of a smart city). • Mobility of people and goods (mobility management techniques and instruments, MaaS, MoD, mobility plans, principles of integrated planning). • Smart mobility of people and goods in urban areas and communities (mobility systems and control/information centers, collective mobility and vehicle sharing, city/urban distribution logistics concepts and consolidation centers, commodity flows). • ITS in conjunction with systems for restricting access to urban centers (environmental zones/schemes, parking control and regulation, ITS in public transport, interoperability, RFID and NFC technologies. • Traffic safety in the context of smart mobility.

Learning and teaching methods

Lectures: Students understand the theoretical frameworks of the course. Part of the lecture course is in a classroom while the rest is in the form of e-learning (e-lectures may be given via video-conferencing or with the help of specially designed e-material in a virtual electronic learning environment). Tutorials: Students enhance their theoretical knowledge and are able to apply it. Practical professional excursions to companies and other relevant environments. Part of the tutorials is in a classroom while the rest is in the form of e-learning (e-tutorials may be given via video-conferencing or with the help of specially designed e-material in a virtual electronic learning environment).

Intended learning outcomes - knowledge and understanding

Knowledge and understanding: After completion of the course, the student will be able to: • understand the importance of an established mobility system in the logistics system, • understand and define the elements of a smart city and the mobility system within it, • evaluate the importance of the traffic safety aspect in the logistics system, • organize the movement of people/goods within smart urban centers, • collect data on individual elements of smart and safe mobility of people/goods, then analyze and evaluate them, and decide on proposals.

Readings

• Faulin, J., Grasman, S. E. & Hircsh, P. (2019). Sustainable Transportation and Smart Logistics: Decision-Making Models and Solutions. Elsevier. • Berrone, P., Ricart Costa, J. E., & Duch T-Figueras, A. I. (2016). Cities and mobility & transportation: towards the next generation of urban mobility. University of Navarra, Business School, IESE. • Rodrigue, J.-P., Conway, A.; Dablanc, L., Giuliano, G., Lee, J.-S. & O'Brien, T. (2023). City Logistics: Concepts, Policy and Practice. Routledge. https://globalcitylogistics.org/contents/ • Eiza, M. & Cao, Y. & Xu, L.. (2020). Toward sustainable and economic smart mobility : shaping the future of smart cities. World Scientific. • Shroup, D. (Ed.). (2018). Parking and the city. Routlege, Taylor & Francis Group. • Kramarz, M., Dohn, K., Przybylska, E., & Jonek-Kowalska, I. (2022). Urban logistics in a digital world: smart cities and innovation. Palgrave Macmillan. https://link.springer.com/content/pdf/bfm:978-3-031-12891-2/1 • Plevnik, A., Mladenovič, L., Rye, T., Balant, M., & Hudoklin, A. (2023). Potovali bomo udobneje, živeli bomo bolje: nacionalne smernice za pripravo Občinske celostne prometne strategije (Prenovljena izd., usklajena z novo zakonodajo). Ministrstvo za okolje, podnebje in energijo. https://sptm.si/application/files/7016/8319/7130/Smernice_OCPS_2023_uskladitev_ZCPN.pdf • Evropska komisija. (2020, December 9). Sporočilo komisije Evropskemu parlamentu, Svetu, Evropskemu ekonomsko-socialnemu odboru in Odboru regij: Strategija za trajnostno in pametno mobilnost – usmerjanje evropskega prometa na pravo pot za prihodnost (COM/2020/789 final). https://eur-lex.europa.eu/legal-content/SL/TXT/?uri=CELEX:52020DC0789

Prerequisits

None.

  • red. prof. dr. DARJA TOPOLŠEK

  • Written examination: 60
  • Research paper: 20
  • Coursework: 10
  • Collaboration in lectures, tutorials and lab work: 10
  • E-tasks: 0

  • : 45
  • : 40
  • : 155

  • Slovenian, English
  • Slovenian, English

  • SYSTEM LOGISTICS - 1st