Univ.-Prof. Vlado Spiridonov, PhD
Professur für Meteorologie an der Fakultät für Geowissenschaften, Geographie und Astronomie
Curriculum Vitae:
1987 Bachelor of Science in Meteorology Faculty of Natural Sciences and Mathematics, Institute of Physics-Meteorology, Skopje, Macedonia
1998 Specializing in Meteorology, Department of Meteorology, Faculty of Physics, Thesis Title: "Analysis and forecast of cyclogenesis activity and energy transformation by using two different approach: analytical and cloud model", Belgrade University
2000 Master of Science in Meteorology Department of Meteorology, Faculty of Physics, Thesis Title: "The Eta-model application in simulation of the adverse Weather phenomena in Macedonia", Belgrade University
2000 Assistant in group of subjects in meteorology, Belgrade University
2002 Doctor of Philosophy in Meteorology Department of Meteorology, Faculty of Physics, Thesis Title: "The cloud model application in simulation of transport and redistribution of pollutants in the atmosphere", Belgrade University
2002-2006 Lecturer in group of subjects in meteorology, Skopje
2004-2006 Director General Hydrometeorological Service
2004-2006 Permanent Representative of the Republic of Macedonia with World Meteorological Organization (WMO)
2006 International Advisor of the World Meteorological Organization
since 2006 Head of International Relations Department and International advisor
2007 Assistant Professor at Faculty of Natural Science and Mathematics, Institute of Physics-Meteorology, Skopje
since 2008 Macedonian Member in WMO Commission of Atmospheric Science
2012-2017 Associate Professor at Faculty of Natural Science and Mathematics, Institute of Physics-Meteorology, "St Cyril and Methodius University" Skopje
since October 2017 Professor of Meteorology, Department of Meteorology and Geophysics, University of Vienna
Research Areas:
* Cloud physics and chemistry
* Convective cloud modeling
* Numerical weather prediction
* Numerical Experimentation
* Sulfate chemistry and acid rainfall
* Air quality, geohazards and climate studies
* Weather Modification
* Severe weather and nowcasting
* Tropical convection
* Cloud seeding modeling