I provide weather forecasts and develop algorithms based on station and satellite data (meteo.gr). I have been responsible for meteo.gr social media accounts since 2017.Scientific peer-reviewed publications include studies on deep moist convection, medicanes, lightning forecasting, flash-floods, and extreme conditions during significant wildfires.

The European Storm Forecast Experiment (ESTOFEX) provides severe weather outlooks for Europe.I perform quality control of the Greek severe weather data entries in the European Severe Weather Database (ESWD) since 2016.

"Meteovolos" is a website that provides weather forecasts for my hometown, Volos, Greece. It also provides tools under development, such as maps for severe weather:http://meteovolos.gr/GFS_EM_panel.phphttp://meteovolos.gr/Obs_GR.php

During this contract, I used geostationary and polar-orbiting satellite data to detect deep moist convection during Mediterranean Hurricanes. https://doi.org/10.1002/asl.823

Fluid dynamics - Dynamic Meteorology courses to undergraduate students.MODAL «Geophysics and Environment» for academic years 2018-2019 and 2019-2020. Assisting during the Fluid Dynamics of Sustainability and the Environment (FDSE) summer school 2019, held jointly by the University of Cambridge and Polytechnic School of Paris. I performed experiments about gravity currents, convection, and the dynamics of rotating fluids. Lectures included the theoretical basis for shallow water equations and potential vorticity.

Issuing daily weather forecasts for farmers in Northern Greece. Challenges included precise forecasts for frost and thunderstorms that had an impact on agricultural activities.

Physics Department - Atmospheric Physics and Environment.Operational forecaster and lab assistant. Lab experiments were focused on environmental measurements such as solar irradiance.

Evaluation of MED-CORDEX WRF simulations (ice water content values) with spaceborne lidar CALIPSO and ground-based lidar located at SIRTA scientific site. Advisor: Dr. S. Bastin

Application of programs to derive cloud optical properties (mainly cloud optical depth) from solar irradiance and microwave radiometer data.Development of strategies for data acquisition and quality control during the field campaign; instrument maintenance and control.Implementation of algorithms and procedures to compare observations with modeling analyses relative to cloud properties.