LAND VEHICLE ENGINEERING (VEHICLE ENGINEERING)

COMPUTER APPLICATIONS IN RAILWAY VEHICLE ENGINEERING (VEHICLE ENGINEERING)

INTERIOR LAYOUT OF RAIL VEHICLES, ACCOMMODATION, INSTALLATIONS AND EQUIPMENT FOR PERSONS AND FREIGHT (RAILWAY VEHICLE ENGINEERING)

HISTORY OF RAILWAY VEHICLES (RAILWAY VEHICLE ENGINEERING)

RAILWAY INDUSTRY (RAILWAY VEHICLE ENGINEERING)

STRUCTURE OF RAIL VEHICLES, GENERAL LAYOUT AND COMPONENTS (RAILWAY VEHICLE ENGINEERING)

FREIGHT STOCK, MISCELLANEOUS RAIL VEHICLES (RAILWAY VEHICLES ENGINEERING)

HIGH SPEED TRAINS (RAILWAY VEHICLE ENGINEERING)

MECHANICS AND DYNAMICS OF ROLLING STOCK (RAILWAY VEHICLE ENGINEERING)

MODEL RAILWAYS

MATHEMATICAL MODELING IN RAILWAY VEHICLES ENGINEERING (VEHICLE ENGINEERING)

DESIGN, CHARACTERISTICS AND CAPABILITIES OF RAIL VEHICLES, TESTS (RAILWAY VEHICLE ENGINEERING)

PASSENGER STOCK, PASSENGER CARRIAGES, COACHES (RAILWAY VEHICLES ENGINEERING)

NARROW GAUGE RAILWAY VEHICLES (RAILWAY VEHICLE ENGINEERING)

GUIDANCE AND CONTROL SYSTEMS ON RAIL VEHICLES (RAILWAY VEHICLE ENGINEERING)

RAIL TRANSPORT USING SPECIAL ENGINES, ENGINES AND VEHICLES FOR TOWN AND SUBURBAN TRANSPORT, RAIL VEHICLES FOR SHORT-DISTANCE TRANSPORT (RAILWAY VEHICLES ENGINEERING)

KINDS OF TRACTION, MOTIVE POWER UNITS (RAILWAY VEHICLE ENGINEERING)