Akademik Dersler - İçerik

Recognizes the station design principles of urban rail transit systems.
Analyzes different station types, passenger flows, and access layouts
Evaluates safety, accessibility, and comfort criteria in station design
Interprets the impact of station design on system capacity and operational performance
Gains knowledge about basic vehicle units and train configurations in urban rail systems.
Defines various vehicle types and their technical characteristics
Explains the impact of vehicle unit and train configuration on capacity, speed, and energy consumption
Compares maintenance and operational requirements of different configurations
Gains knowledge about operation, performance, and cost aspects of urban rail systems.
Analyzes the impact of operational parameters such as headway, speed, and capacity on performance
Evaluates system efficiency using performance indicators
Compares cost components according to different operational models
Gains knowledge about networks, lines, organizations, and fundamental operational elements of urban rail systems.
Explains characteristics of line types—radial, cross, circular, loop—and network structures
Evaluates principles of organization and coordination in public transport networks
Interprets the effects of network design on urban planning and passenger mobility
Gains knowledge about rubber-tired rail rapid transit systems.
Defines structural and operational characteristics of rubber-tired transit systems
Compares technical differences between rubber-tired and conventional rail systems.
Evaluates advantages and disadvantages of the system through real-world applications.