Akademik Dersler - İçerik

Learns and classifies transportation modes.
Defines the fundamental components of transportation systems (carrier, cargo, infrastructure, vehicle).
Distinguishes transportation types based on route, energy source, and infrastructure.
Classifies public transit modes according to operation type, speed, and capacity.
Recognizes the family of urban transport modes.
Explains the differences between street, semi-rapid, and rapid transit systems.
Compares urban rail modes (tram, light rail, metro, commuter rail) from a technical perspective.
Associates right-of-way categories (A, B, C) with practical examples.
Identifies vehicles used in urban rail transit.
Defines the main components of rail vehicles (body, bogie, motor, brake, door system).
Interprets interior and exterior design criteria in terms of capacity, comfort, and safety.
Explains the differences between energy supply and traction systems (catenary, third rail, motor types).
Gains knowledge about urban rail transit tracks.
Recognizes geometric elements of rail tracks (gauge, gradient, curve radius).
Evaluates the effects of right-of-way categories on system performance.
Describes the design differences between tunnels, viaducts, and at-grade alignments.
Gains knowledge about urban rail stations and maneuvering areas.
Explains the functions of stops, stations, terminals, and transfer centers.
Identifies design elements that affect passenger boarding efficiency (platform height, door layout).
Defines the role of depots, garages, and yard areas in vehicle operations.