Dr. Matthias Demuzere

Letzte Abteilung: Bochum Urban Climate Lab


Globale und hochauflösende, regionale Klimamodellierung Modellierung der Stadthindernisschicht Grüne und blaue städtische Infrastruktur Fernerkundung Städtische Kartographie Crowdsourcing


Beruflicher Werdegang

  • seit 2019: Postdoktorand, Stadtklimatologie, Geographisches Institut, Ruhr-Universität Bochum
  • seit 2018: CEO & Gründer von Kode VOF - Building Blocks For A Better Future
  • seit 2018: Affiliated Researcher, Ghent University und Leuven University
  • 2016 bis 2018: Postdoktorand, the Laboratory of Hydrology and Water Management, Ghent University
  • 2010 bis 2016: Postdoktorand, Research Foundation Flanders (FWO) & Dept. of Earth & Environmental Sciences, Leuven University
  • 2009 bis 2010: Postdoktorand, Dept. of Earth & Environmental Sciences, Leuven University
  • 2005 bis 2009: Promovierender, Flanders Innovation and Entrepreneurship (IWT) & Dept. of Earth & Environmental Sciences, Leuven University


  • 2019 bis 2020: Astropeneurs Space Startup Accelerator (H2020)
  • 2016: Big Data: Management, Analysis, Visualization and Legal Aspects, Ghent University, Belgium
  • 2013 bis 2013: Aufbaustudium in Integrated Innovative Sustainable Construction & Renovation, PXL University College, Hasselt, Belgium
  • 2005 bis 2009: PhD in Exact Sciences, Dissertation: A downscaling approach for air quality at a mid-latitude site using circulation patterns and surface meteorology, Faculty of Science, KU Leuven, Belgium
  • 2003 bis 2004: Master (M.Sc.) in Environmental Management and Technology, Faculty of Bioscience Engineering, KU Leuven, Belgium
  • 2001 bis 2003: Master (M.Sc.) in Physischer Geographie, Faculty of Science, KU Leuven, Belgium
  • 1999 bis 2001: Bachelor (B.Sc.) in Physischer Geographie, Faculty of Science, KU Leuven, Belgium

Internationale Training Schools

  • Introduction to Machine Learning Algorithms (Ghent University, Belgium)
  • Climate Informatics Workshop & hackathon (NCAR, Boulder (USA)
  • Earth System monitoring and modeling (ESA, Italy)
  • 1st ISSMES: The MPI-M earth system modelling framework (MPI Hamburg, Germany)
  • Water Sensitive Cities Winter School (Monash University, Australia)
  • Urban Physics (Limassol, Cyprus / Halkidiki, Greece


  • Management of Urban Infrastructures
  • Data Science and Machine Learning with Python
  • Taming Big Data with Apache Spark
  • Learning Python for Data Analysis and Visualization
  • Java Tutorial for Complete Beginners


  • EGU
  • AGU
  • IAUC



  • MeMo II Urban Climate (M.Sc.)

Vergangene Veranstaltungen:

  • Introduction to python programming and geospatial analysis (M.Sc.)
  • Introductiont o computer programming in a spatial context (Python, QGIS) (B.Sc.)
  • Spatial Analysis Techniques (R, ArcGIS) (B.Sc.)
  • Atmospheric Modelling (M.Sc.)
  • General Physical Geography (B.Sc.)


  • BCC: Balneário Camboriú Climate Project
  • CORDEX FPS ELVIC: climate extremes in the lake Victorian Basin
  • CORDEX FPS Urban: URBan environments and Regional Climate Change (URB-RCC)
  • COST CA20108: FAIR NEtwork of micrometeorological measurements
  • ENLIGHT: Enabling the Analysis of Global urban Heat
  • URBAN PLUMBER: A multi-site model evaluation project for urban areas
  • WUDAPT: The World Urban Database and Access Portal Tools Project



  • Jorn Van de Velde (2018-heute):Stochastic modelling of future extreme discharges as a tool for water resources engineering
  • Jonas Van de Walle (2017-heute): Climate extremes in the lake Victoria region: The role of urban- and lake-induced dynamics
  • Michiel Maertens (2017-heute): The impact of vegetation changes on soil moisture over the Dry Chaco
  • Marie-Leen Verdonck (2017-2018): Local Climate zones in Belgium, mapping and modelling in function of Urban Heat Islands
  • Oscar Brousse (2016-heute): Modelling the urban climate in Africa
  • Jeroen Degerickx (2015-2019): A remote sensing based characterization of urban green elements to facilitate ecosystem service assessment of the urban environment
  • Niels Souverijns (2015-2019): Precipitation and clouds over Antarctica from an observational and modelling perspective
  • Fabien Chatterjee (2012-2020): The effect of wind farms on the regional climate
  • Ashley Broadbent (2011-2015): The effect of water sensitive urban design and outdoor water-use practices on urban microclimate
  • Erwan Brisson (2009-2015): Towards high-resolution climate projections for Belgium: Combining convection permitting models with statistical downscaling techniques
  • Annemarie Devis (2010-2014): Wind energy in Europe under future climate conditions. The statistical downscaling of a CMIP5 model ensemble
  • Hendrik Wouters (2010-2014): Improving urban land-cover parametrization in regional climate models: The role of urban aerodynamic, thermal and radiative properties, anthropogenic heat and water retention