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Technical University of Munich

Markus Fischer

Picture of Markus Fischer

M.Eng. Markus Fischer

Research Focus

  • Optimisation of charging strategies for electric vehicles
  • Electric Mobility – Modelling and Analysis of Infrastructure and Usage
  • Sector coupling (Vehicle-to-Grid, V2G-Concepts)

Curriculum Vitae

Work experience
since 2021 Technical University of Munich
Chair of Traffic Engineering and Control
Researcher
2018 - 2020 University of Applied Sciences Munich
Department of Engineering and Management
Researcher, Project " Development of business models for charging concepts and charging stations in high-density public spaces"
2009 - 2013 Keller & Kalmbach GmbH Product Manager

Education
2018 M.Eng. Engineering and Management
Hochschule München University of Applied Sciences
2016 B.Eng. Engineering and Management
Hochschule München University of Applied Sciences

Publications

  • Fischer, Markus; Hardt, Cornelius; Elias, Jörg; Bogenberger, Klaus: Simulation-Based Evaluation of Charging Infrastructure Concepts: The Park and Ride Case. World Electric Vehicle Journal 13 (8), 2022, 151 more…
  • Fischer, Markus; Hardt, Cornelius; Michalk, Wibke; Bogenberger, Klaus;: Charging or Idling: Method for Quantifying the Charging and the Idle Time of Public Charging Stations. Transportation Research Board (TRB) 101st Annual Meeting, 2022 more…
  • Friese, Philipp A.; Michalk, Wibke; Fischer, Markus; Hardt, Cornelius; Bogenberger, Klaus: Charging Point Usage in Germany—Automated Retrieval, Analysis, and Usage Types Explained. Sustainability 13 (23), 2021, 13046 more…
  • Fischer, Markus; Bogenberger, Klaus; Elias, Jörg; Schramm, Simon: Evaluation of charging concepts for high density urban areas based on real mobility and charging profiles of BEV. CIRED , 2021 more…
  • Fischer, Markus; Elias, Jörg; Bogenberger, Klaus; Schramm, Simon: Quantification of transmitted energy and power for system services by battery electric vehicles based on real mobility and charging profiles. CIRED , 2020Workshop How to Implement Flexibility in the Distribution System? more…

Supervised Theses

  • Kundan, Kumar: Smart Infrastructure Planning of Electrical Vehicles Charging Stations and Evaluation of Service Quality and Utilization.
    Master Thesis. Start: 15.7.2022; End: 4.4.2023. Mentoring: Fischer, Hardt, Zhang. Abstract.
  • Hussain, Maaz: Evaluation of the impact of local regulatory requirements on the usage behavior of public charging infrastructure.
    Master Thesis. Start: 1.9.2022; End: 15.3.2023. Mentoring: Fischer, Hamm, Lippoldt. Abstract.
  • Anisimova, Mariia: Analysis of user behavior at public charging stations based on vehicle data and infrastructure data.
    Master Thesis. Start: 15.6.2022; End: 14.12.2022. Mentoring: Fischer, Hardt. Abstract.
  • Puchner, Sophie: Estimation of energy savings potential in Munich's mobility system.
    Bachelor Thesis. Start: 19.4.2022; End: 12.8.2022. Mentoring: Dr. Loder, Fischer. Abstract.
  • Götschl, Daniel: Literature review on the evaluation of charging concepts in public and semi-public spaces.
    Bachelor Thesis. Start: 1.1.2022; End: 1.6.2022. Mentoring: Fischer, Hardt. Abstract.
  • Kraus, Elias: Research and analysis of pricing concepts for public charging infrastructure.
    Bachelor Thesis. Start: 30.11.2021; End: 11.5.2022. Mentoring: Fischer, Hardt. Abstract.
  • Wölfl, Manuel: Literature review on the impact of the Corona pandemic on individual transport.
    Bachelor Thesis. Start: 9.12.2021; End: 9.5.2022. Mentoring: Fischer, Lippoldt. Abstract.
  • Melaky, Ossama: Data analysis on charging processes at public charging infrastructure in Germany and Europe.
    Master Thesis. Start: 15.6.2021; End: 25.11.2021. Mentoring: Fischer, Tsakarestos. Abstract.
  • Schmid-Querg, Jonas: Development of EV charging concepts for Park and Ride facilities in Munich.
    Master Thesis. Start: 30.5.2021; End: 13.11.2021. Mentoring: Fischer, Hardt. Abstract.
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