Nikolaos Mastrantonas is an Associate Hydrological Data Analyst and hydrometeorologist with nine years' experience applying atmospheric science and civil engineering to flood, drought and water-risk problems across Europe and internationally. He holds a summa cum laude PhD in Atmospheric Sciences and Meteorology and a strong academic background in flood risk and hydroinformatics, which he pairs with hands-on forecasting, modeling and data exploitation work at ECMWF and UKCEH. Nikolaos has led stakeholder-driven projects, developed early warning and flow-forecasting systems, and translated sub-seasonal research into operational diagnostics and communication. Comfortable in multicultural teams, he combines statistical rigour and specialized software skills with practical engineering experience from site works to implementing process improvements that saved costs. Known for a results-oriented, client-focused approach, he is particularly interested in strengthening early warning systems and participatory, sustainable water-management solutions.
9 years of coding experience
7 years of employment as a software developer
Doctor of Philosophy - PhD, Atmospheric Sciences and Meteorology, summa cum laude, Doctor of Philosophy - PhD, Atmospheric Sciences and Meteorology, summa cum laude at TU Bergakademie Freiberg
Master of Science (120 ECTS), Flood Risk Management, Graduated with Distinction, Master of Science (120 ECTS), Flood Risk Management, Graduated with Distinction at UNESCO-IHE Institute for Water Education
Master’s Degree, Hydro Science and Engineering, 1.35/5, Master’s Degree, Hydro Science and Engineering, 1.35/5 at Technische Universität Dresden
UPC Universitat Politècnica de Catalunya
Master’s Degree, Flood Risk Management, 9.50/10, Master’s Degree, Flood Risk Management, 9.50/10 at University of Ljubljana
Diploma (300 ECTS, 5-year degree equivalent to M.Eng), Civil Engineering, 8.42/10, Diploma (300 ECTS, 5-year degree equivalent to M.Eng), Civil Engineering, 8.42/10 at National Technical University of Athens
Scripts for reproducing the analysis and figures presented in "Extreme precipitation events in the Mediterranean: Spatiotemporal characteristics and connection to large-scale atmospheric flow patterns"
The central point of ongoing research regarding the usefulness of the large-scale atmospheric variability in the Mediterranean for forecasting extreme precipitation in the domain.
Contributions:3 releases, 26 commits, 19 pushes in 1 year 10 months
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Nikolaos Mastrantonas - Associate Hydrological Data Analyst