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Technical University of Munich

Philipp Stüger

Picture of Philipp Stüger

M.Sc. Philipp Stüger

Research Focus

  • Traffic control methods for conventional and automated driving
  • Microscopic traffic modelling based on artificial potential field methods
  • Connected vehicle environments

 

Curriculum Vitae

Work experience
2024 University of Arizona
College of Engineering
Designated Campus Colleague
since 2019 Technical University of Munich
Chair of Traffic Engineering and Control
Research Associate
2018 - 2019 TUMCREATE Ltd. Singapore
Rapid Road Transport Research Team
Research assistant and master’s thesis
2016 - 2017

Deutsche Bahn AG
Pedestrian flow analysis
Internship and working student
2013 BMW AG
Carsharing department
Internship

Education
2019

M.Sc. In Transportation Systems
Thesis: Negotiable collaborative public transport signal priority
Field of study: Intelligent transportation systems
Technical University of Munich
2015

B.Sc. in Mobilität und Verkehr (Transportation Engineering)
Technical University of Braunschweig

Publications

  • Tilg, Gabriel; Stüger, Philipp; Listl, Gerhard; Spangler, Matthias: Leistungssteigerung städtischer Straßennetze infolge der Automatisierung des Straßenverkehrs. Straßenverkehrstechnik Heft 2/2024 (2), 2024, 109-116 more…
  • Stueger, Philipp N.; Malcolm, Patrick; Niels, Tanja; Bogenberger, Klaus: Integrated Intersection Control for Lane-Free Connected and Automated Driving. 2023 8th International Conference on Models and Technologies for Intelligent Transportation Systems (MT-ITS), IEEE, 2023 more…
  • Stueger, Philipp N.; Fehn, Fabian; Bogenberger, Klaus: Minimizing the Effects of Urban Mobility-on-Demand Pick-Up and Drop-Off Stops: A Microscopic Simulation Approach. Transportation Research Record: Journal of the Transportation Research Board, 2022, 1-15 more…
  • Tilg, Gabriel; Stüger, Philipp; Spangler, Matthias; Listl, Gerhard: Leistungssteigerung städtischer Straßennetze – Schlussbericht. Bundesministerium für Digitales und Verkehr (BMDV), 2022, more…
  • Kutsch, Alexander; Margreiter, Martin; Stueger, Philipp N.; Fehn, Fabian; Metzger, Barbara; Hamm, Lisa; Engelhardt, Roman; Ilic, Mario; Bogenberger, Klaus: TEMPUS - Test Field Munich - Pilot Test for Urban Automated Road Traffic. 2022 IEEE 25th International Conference on Intelligent Transportation Systems (ITSC), IEEE, 2022 more…
  • Tilg, Gabriel; Stüger, Philipp; Listl, Gerhard; Spangler, Matthias; Bogenberger, Klaus: Leistungssteigerung städtischer Straßennetze durch automatisierte und vernetzte Fahrzeuge: Eine szenariobasierte Simulationsstudie. Deutscher Straßen- und Verkehrskongress, 2022 more…

Supervised Theses

  • Schmidt, Katia: Use of Artificial Intelligence to Calibrate Microscopic Driving Behaviour Models.
    Master Thesis. Start: 19.4.2024; End: 19.10.2024. Mentoring: Stüger, Steinmetz. Abstract.
  • Sathya Kumar, Pavithra: Simulation-based Analysis of the Impact of Novel Modes of Transportation at Non-Signalized Intersections.
    Master Thesis. Start: 21.9.2023; End: 30.4.2024. Mentoring: Stüger, Dr. Takayasu. Abstract.
  • Schäffner, Peter: Investigation of Traffic Flow Stabilization Measures by Connected and Automated Vehicles.
    Study Project. Mentoring: Stüger, Kutsch, Metzger.
  • Sultani, Murtaza: Simulative investigation of measures for shockwave damping on freeways.
    Master Thesis. Start: 16.5.2023; End: 16.11.2023. Mentoring: Metzger, Stüger, Kutsch. Abstract.
  • Zhu, Chenxin: Behavioral models of the interaction between non-motorized and motorized road users - focus on automated vehicles.
    Master Thesis. Start: 1.1.2023; End: 1.8.2023. Mentoring: Kutsch, Stüger, Ilic. Abstract.
  • Zajic, Viktor: Literature review on Reinforcement Learning in Traffic Signal Control.
    Bachelor Thesis. Start: 22.11.2022; End: 8.5.2023. Mentoring: Sautter, Stüger. Abstract.
  • Sekardani, Merindha: The Impact of Ridehailing Stop Locations on Traffic Performance.
    Study Project. Mentoring: Stüger, Fehn.
  • Hu, Ren: Trajectory Planning Based on Artificial Potential Fields: Evaluation of an Application for Connected and Automated Vehicles.
    Master Thesis. Start: 30.5.2022; End: 30.11.2022. Mentoring: Stüger, Malcolm. Abstract.
  • Wu, Hsuan-Ting: Pedestrian Flow Simulation and Capacity Analysis of Stations and Pods of Ultra-High-Speed Ground Transportation (Hyperloop).
    Master Thesis. Start: 11.4.2022; End: 10.10.2022. Mentoring: Margreiter, Stüger. Abstract.
  • Sheik Khaja Mohideen, Mohamed Arshad: Effects of Automated Driving on Traffic Flow in Roundabouts.
    Master Thesis. Start: 16.11.2021; End: 16.5.2022. Mentoring: Tilg, Stüger. Abstract.
  • Julio, Marc: Methodology Development for the Calibration of Microscopic Traffic Simulations Focusing on Connected Automated Driving.
    Master Thesis. Start: 15.11.2021; End: 15.5.2022. Mentoring: Stüger, Tilg. Abstract.
  • She, Yajun: Investigating the Capacity of Autonomous Intersection Management for Different Intersection Approach Demand Ratios.
    Master Thesis. Start: 26.10.2021; End: 26.4.2022. Mentoring: Stüger, Niels. Abstract.
  • Zelder, Luisa: Calibration of microscopic traffic simulations in „Aimsun Next“ with a focus on connected and automated vehicles.
    Bachelor Thesis. Start: 17.6.2022; End: 24.11.2022. Mentoring: Stüger, Kutsch. Abstract.
  • Sunny, Morshedul: International market analysis on the state of the art of the currently used traffic signal control methods.
    ProjektVTP. Mentoring: Stüger, Dr. Spangler.
  • Mohd Faizan Parvez: Lane-Changing Behavior on Motorways.
    Master Thesis. Start: 15.3.2021; End: 20.10.2021. Mentoring: Stüger, Dandl. Abstract.
  • Mussack, Dominik: A microscopic simulation approach.
    Master Thesis. Start: 15.3.2021; End: 13.10.2021. Mentoring: Stüger, Amini. Abstract.
  • Omar, Sayed Hedayatullah: Development of a concept for the simulative evaluation of the effect of platooning on urban junction capacity.
    Master Thesis. Start: 1.12.2020; End: 1.7.2021. Mentoring: Dr. Spangler, Stüger, Bachmann. Abstract.
  • Patil, Anand: Adaptive Traffic Control with Connected Vehicle Data.
    Master Thesis. Start: 15.12.2020; End: 15.6.2021. Mentoring: Dr. Rostami Shahrbabaki, Stüger. Abstract.
  • Dang, Viviane: Simulation analysis of the effects of advanced traffic control methods on urban traffic parameters under consideration of automated driving.
    Master Thesis. Start: 16.11.2020; End: 13.6.2021. Mentoring: Tilg, Stüger, Dr. Spangler. Abstract.
  • Caspers, Julian: Simulation-based analysis of the effects of automated driving on urban traffic parameters.
    Master Thesis. Start: 7.10.2020; End: 6.4.2021. Mentoring: Tilg, Stüger, Dr. Spangler. Abstract.
  • Schäffner, Peter: Impacts of lane changing maneuvers on traffic flow.
    Bachelor Thesis. Start: 1.12.2020; End: 30.4.2021. Mentoring: Niels, Stüger. Abstract.
  • Mussack, Dominik: The Impact of Public Transport Stop Locations on Public Transport and Private Traffic Performance.
    Study Project. Mentoring: Dr. Tsakarestos, Stüger.
  • Huttard, Ranjana: International market analysis of state of the art sensors for traffic signal control (Master BI-VTP: 3 Cr).
    Study Project. Mentoring: Dr. Spangler, Stüger.
  • Kutsch, Alexander: Analysis and comparison of Fuzzy Inference Systems.
    Master Thesis. Start: 28.4.2020; End: 23.10.2020. Mentoring: Krause, Stüger. Abstract.
  • Miksch, Franziska: Recommendations for the development of strategies in dynamic traffic management across different responsibilities.
    Master Thesis. Start: 1.4.2020; End: 30.9.2020. Mentoring: Stüger, Dr. Dumler. Abstract.
  • Fang, Yumeng: Collaborative Vehicle Control for the Operation of Autonomous Bus Platoons near Stops.
    Master Thesis. Start: 2.3.2020; End: 2.8.2020. Mentoring: Stüger, Dr. Tsakarestos. Abstract.
  • Petkov, Adrian: Investigating the influences of automated vehicles on a coordinated road section via microsimulation.
    Master Thesis. Start: 21.10.2019; End: 8.5.2020. Mentoring: Fehn, Stüger. Abstract.
  • Soza Santiestevez, Raiza Carla: Using aggregated floating car data for real-time traffic signal optimisation in non-lane-based heterogeneous traffic.
    Master Thesis. Start: 1.11.2020; End: 30.4.2020. Mentoring: Amini, Stüger. Abstract.
  • Dimitrov, Aleksandar: The Kalman Filter for Applications for Urban Traffic Control - A Literature Research.
    Bachelor Thesis. Start: 1.5.2020; End: 30.9.2020. Mentoring: Stüger, Dr. Spangler. Abstract.
  • Polakiewicz, Sara: Control of passenger flows in urban cableway stations.
    Bachelor Thesis. Start: 20.4.2020; End: 19.9.2020. Mentoring: Glöckl, Stüger. Abstract.
  • Fedlmeier, Moritz: Roadway Reservation Systems (RSS).
    Bachelor Thesis. Start: 1.4.2020; End: 15.9.2020. Mentoring: Glöckl, Stüger. Abstract.
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