Sustainable Mobility and Smart Cities (2500235) – Course 2025/26 PDF
Contents
Concept of sustainable mobility. Past, present and future of mobility. Analysis vectors
Dedication
2h Large group + 2h 48m Self StudyObjective function. System actors. User services, investment costs, operation costs. External costs. Individual benefits versus society and sustainable development goals (ODS). Monetization of externalities. Accidents, Congestion, air quality, greenhouse effect, noise pollution, barrier effect. regulations Generation and attraction of people and goods trips depending on the urban plot, location of activities and type of buildings or infrastructures Propulsion and control technology. Combustion, electromobility, hydrogen battery. Autonomous vehicle modes of transport. New technologies. Urban Distribution of Goods Perception of system attributes. digitization New paradigms. Mobility services and MaaS a. Management of the offer. Infrastructure, Control, access restriction, ZBE. b. Demand management. New collaborative systems. Pigouvian pricing. Vickery model. technology
Dedication
27h Large group + 37h 48m Self StudyIntroduction to the project. Land use and mobility session Private vehicle session Session on Public Transport and Non-Motorized Network Project Session 4 Integration of sustainable mobility measures
Dedication
14h Medium group + 11h Laboratory classes + 35h Self StudyGovernance of mobility decision making Cost-benefit analysis. Multicriteria analysis. Actor-Effect Matrix.
Dedication
6h Large group + 8h 23m Self Study