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System technology of railway and public transportation

  •  Network- and line planning
  •  Timetable elements and timetabling within the network
  •  Round trips and Crewing
  •  Life Cycle Concept and systems engineering
  •  System design
  •  Special problems of designing the offers within public transportation
  •  Special problems of long distance passenger transport
  •  Special problems of railway logistics
  •  Describing, evaluating and influencing of transportation processes
  •  Demands of the transportation process for the design of vehicles and installations.

Source: Professorship for Railway and public transportation

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Operation of railway and public transportation

  •  Operating procedures within rail bound traffic.
  •  Time elements of the use of railway installations
  •  Rail infrastructure production within railway traffic
  •  Methods and models  for performance research of railway infrastructure
  •  Methods for the dimensioning of railway infrastructure
  •  Operation scheduling on railway infrastructure
  •  Governing of the railway operation
  •  Practical training "railway operation" at the railway laboratory

Source: Professorship for Railway and public transportation

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Modelling of the traffic and transportation system performance

  •  Applied statistics within traffic and transportation system theory
  •  performance research within traffic an transportation systems
  •  Basics of queuing theory

Source: Professorship for Traffic and Transport Fluid Mechanics

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Optimisation procedures

  •  Classification of optimisation problems and solution procedures
  •  nonlinear, continuous optimisation problems
  •  Graphs and networks

Source: Professorship for Traffic and Transport Fluid Mechanics

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Reliability theory

  •  Development and meaning of the reliability theory
  •  System models within reliability theory
  •  Service live distribution (lifetime, failure rate)

Source: Professorship for Traffic and Transport Fluid Mechanics

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Traffic and transport system theory

  •  Methods to measure and evaluate quality and performance of services
  •  Process management by means of dynamical process analysis and time series analysis
  •  Network analysis
  •  Aspects in planning and controlling of value added processes in the transportation sector
    • Modelling of transport demand
    • Transport planning in public railway transportation
  •  Basics of the queuing theory and simulation

Source: Professorship for Traffic and Transport Fluid Mechanics

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Logistics

  •  Function, structure and evaluation criteria of transportation logistics, procurement logistics, production logistics, distribution logistics and disposal logistics 
  •  Planning of locations
  •  Touring
  •  Combined touring and location problems
  •  Transport optimisation
  •  Decision supporting methods
  •  Description of stock flow
  •  Analysing and planning of stock flow

Source: Professorship for Transportation Logistics

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Information logistics

  •  Basics, methods
  •  Data organisation
  •  Information technologies
  •  Information management and Time Management
  •  regulations and law basics

Source: Professorship for Transportation Logistics

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Traffic and infrastructure planning

  •  Planning process
  •  Data collection about the behaviour of traffic participants

  •  Actors at the planning procedure

  •  Planning of urban development

  •  Parking space management

  •  German traffic planning law

  •  Funding of infrastructure measurements

Source: Professorship for Traffic- and Infrastructure Planning

 

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Electrically powered rapid transit railways

In this compulsory optional subject the case of intersystem operation such as tram to railway has been dealt with as well as modern drive technology and low floor technology

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