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Technical University of Munich
Technical University of Munich

Research Groups

The Chair of Transportation Systems Engineering is divided into four research fields, each with its own focus, tools, and personnel.

This research group focuses on human factors, their impacts on transport, and their interactions within different aspects of the transportation industry.

Key areas of investigation:

  • Driving behavior (driving simulation, naturalistic driving) 
  • Travel behavior (gender impact, socio-demographics) 
  • Survey design 
  • Acceptance of disruptive transport technologies (e.g., UAM, Hyperloop) 
  • User experience evaluation, including comfort assessment in different transportation modes 

  • Behavior modeling for transportation planning and policy 

Current projects:

Past projects:

Members:

Open thesis topics:

  • Incorporating eye-tracking data for the improvement of experimental design. Mentoring: Christelle Al Haddad and Filippos Adamidis. Download description (release date: 23.10.2023)
  • [Develop your own topic on Urban Air Mobility] Open master/bachelor thesis topic. Mentoring: Hao Wu. (release date: today)
    • Please refer to the UAM showcase, and the UAM project page in order to develop your own research topic. After having a thesis topic, you could send your CV and transcript of records to Hao Wu for arranging an appointment to discuss your potential master/bachelor thesis.

Key areas of investigation:

  • DTA model calibration
  • Redistributing metro demand to alleviate the effects of over capacity
  • Optimizing and modeling dynamic van-pooling services
  • Optimisation-based transportation operations
  • Optimisation-based multimodal freight operations

Members:

Open thesis topics:

This research group focuses on modelling and simulating inter/multimodal transportation systems, emerging mobility and vehicle technologies.

Key areas of investigation:

  • Transport demand and supply modeling (traditional and agent-based modeling)
  • Modeling multimodal transportation systems
  • Modeling emerging/on-demand mobility systems
  • Modeling autonomous/connected autonomous vehicles

Current projects:

Past projects:

Tools and frameworks:

Members:

Open thesis topics

  • Using MATSim-UAM Extension to Simulate the Charging Behavior of UAM Vehicles for Further Scenarios. Mentoring: Hao Wu. Download description. (release date: 23.11.2023)
  • Agent-based transport simulation with mobility hubs in Munich. Mentoring: Filippos Adamidis. Download description. (release date 20.04.2023)
  • [Develop your own topic on Urban Air Mobility] Open master/bachelor thesis topic. Mentoring: Hao Wu. (release date: today)
    • Please refer to the UAM showcase, the UAM project page, and MATSim-UAM extension in order to develop your own research topic. After having a thesis topic, you could send your transcript of records (ideal also with CV) to wu.hao@tum.de to arrange an appointment to discuss your potential master/bachelor thesis.
  • [Develop your own topic on MATSim] Open master/bachelor thesis topic. Mentoring: Hao Wu. (release date: today)
    • You could send your transcript of records (ideal also with CV) to wu.hao@tum.de to arrange an appointment to discuss your potential master/bachelor thesis.

The focus is on the use of publicly available datasets for transport analytics and modeling. Due to the availability of diverse datasets, this group has a wide coverage of topics such as travel demand, traffic behavior, transport supply, traffic safety.

Key areas of investigation:

  • Demand calibration using opportunistic/big data
  • Extracting trip attributes from opportunistic sources
  • Extracting mobility information from Social Media data
  • Data fusion for transportation modelling using opportunistic data
  • Traffic behavior modeling and safety analysis using naturalistic driving data

  • Transport supply modeling using OSM and GTFS data

Current projects:

Past projects:

Members:

Open thesis topics:

See our research showcase for illustrative examples of the research that is being conducted at the Chair of Transportation Systems Engineering.

 

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