Nəqliyyat mobilliyiSyllabus

Subject code

MM-0103

Credits

6

Student workload

180

Semester

Autumn semester

Academic year

2025-2026

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

a) 30 saat- mühazirə

Out-of-class hours

150 saat- sərbəst iş

• lecture
• interactive discussion
• problem-based learning
• project-based learning
• teamwork
• presentations

1. 1

   CLO 1: Nəqliyyat və mobillik sistemlərinin əsas prinsiplərini, şəhər mobilliyinin davamlılıq aspektlərini və planlaşdırma metodlarını fərqləndirə və tətbiq edə bilir;

2. 2

   CLO 2: Şəhər mobilliyində müxtəlif nəqliyyat növlərinin, o cümlədən piyada, velosiped, ictimai nəqliyyat və mikromobillik vasitələrinin planlaşdırılması və inteqrasiyasını həyata keçirir;

3. 3

   CLO 3: Mobillik planlamasında məlumatların toplanması, təhlili və modelləşdirilməsi sahəsində praktik bilik və bacarıqlara yiyələnir;

4. 4

   CLO 4: Parklanma, yol hərəkətinin təşkili və təhlükəsizliyi məsələlərini nəzərə alaraq effektiv nəqliyyat strategiyalarını işləyir və tətbiq edir;

5. 5

   CLO 5: Rəqəmsal texnologiyaların (mobillik tətbiqləri, simulyasiya proqramları) və ağıllı nəqliyyat sistemlərinin planlaşdırma prosesində istifadəsini təmin edir;

6. 6

   CLO 6: Mobilliklə bağlı sosial, iqtisadi və ekoloji təsirləri qiymətləndirir, davamlı və ətraf mühitə uyğun mobillik həlləri hazırlayır.

1. 1.
   Introduction to transport mobility and the sustainable urban mobility (sum) concept. the concept of sustainable urban mobility. key principles and stages of sustainable urban mobility planning (sump). the role of mobility in urban planning.Lecture
2. 2.
   Governance and legal framework in mobility planning. the role of local authorities (executive authorities and ministries). governance models and coordination. legal and regulatory documents (laws, government programs, and strategies).Lecture
3. 3.
   Urban mobility plan and its implementation stages. urban mobility planning. target years and implementation stages (short-, medium-, and long-term). stages of plan preparation and approval.Lecture
4. 4.
   Data collection and mobility analysis. assessment of the existing situation. surveys, passenger and traffic counts. geographic and socio-economic analyses.Lecture
5. 5.
   Travel demand modelling and transport forecasting. trip distribution and route choice. model calibration and scenario development.Lecture
6. 6.
   Pedestrian mobility: planning and safety. pedestrian infrastructure (sidewalks, crossings, ramps). pedestrian zones and prioritization in city centers. pedestrian safety.Lecture
7. 7.
   Cycling infrastructure and planning. bicycle infrastructure: separated and mixed-traffic systems. bicycle parking facilities and safety considerations.Lecture
8. 8.
   Public transport systems and their role in mobility. buses, metro, trams, and their functions. integration and coordination between transport modes. fare systems, efficiency, and comfort criteria.Lecture
9. 9.
   Parking and its role in transport planning. urban parking strategies. planning of short- and long-term parking facilities. the impact of parking on traffic flow and parking management. sustainable parking (charging stations for electric vehicles and bicycle parking). parking regulations and pricing systems.Lecture
10. 10.
    Traffic management, road safety, traffic signs, and road markings in compliance with standards. principles of traffic management (optimization of traffic flows). ensuring road traffic safety (analysis of crash hotspots and elimination of hazardous areas). pedestrian crossings and traffic signals. standard-compliant placement of traffic signs and road markings.Lecture
11. 11.
    Micromobility: scooters and shared bicycle systems. the concept and advantages of micromobility. planning of shared mobility systems.Lecture
12. 12.
    Environmental impacts and sustainability in mobility. co₂ emissions, noise, and air pollution. green transport: electric vehicles. sustainable mobility planning strategies.Lecture
13. 13.
    Digital technologies and smart networks in mobility. digital ticketing systems and mobility applications. smart bus stops and real-time information systems. digital monitoring and transport management.Lecture
14. 14.
    Mobility and emergency situations. transport planning for emergency situations. evacuation routes and contingency systems. risk management plans.Lecture
15. 15.
    Modelling mobility projects using simulation tools. the concept of the digital twin and its application to transport systems. testing scenarios and evaluating their potential outcomes in advance. development of macroscopic transport models using PTV visum. real-time microscopic traffic simulation using PTV vissim. modelling environmental impacts (emissions, noise, etc.).Lecture

No reading list has been added.