• Leading the development of Energy Access Explorer in collaboration with international partners and experts and local stakeholders. • Support the development of data-driven, integrated and inclusive planning through open source geospatial solutions • Leading the development of Knowledge Exchange/Training workshops • Leading the development of a new GIS based approach to estimate electricity demand for livelihoods and social and productive loads in collaboration with IKEA Foundation, local partners and stakeholders in East Africa and India. • Development of the Global Least cost electrification platform in collaboration with World Bank, KTH, University of Cambridge, Development Seed.

- Open GIS data for energy access; in collaboration with the World Bank- Development of an Open Source Spatial Electrification Toolkit (OnSSET) for electrification planning in developing countries in collaboration with IEA (International Energy Agency) for the World Energy Outlook 2014, 2015 and UNDESA (United Nations Department of Economic and Social Affairs) for the Modelling tools for Sustainable Development-Estimating the technical wind energy potential through complex GIS analysis in Africa, a research initiative by IRENA (International Renewable Energy Agency). -Assessing the Climate Land Energy and Water nexus in transboundary river basins in cooperation with UNECE (United Nations Economic Commission of Europe). - Dimensioning desalination units utilizing renewable energy technologies. This work is awarded in international conferences http://video.siwi.org/world-water-week/2014-water-and-energy/closing_plenary (see 1:13:00) and presented on the Greek news for the prestigious scientific work (see video below)

Sustainable Energy Engineering

Responsible at the technical department of the Hellenic Army for tracking fuel consumption of army tracks, busses and cars and working on finding the optimal destination for least consumption. Thereafter, I moved to the History Directorate to support the digitization and translation of historical archives.

Desalination units on the arid islands of South Aegean sea using Wind and Solar energy. Development of a dimensioning, techno-economic tool for optimally sizing desalination units coupled with Renewable Energy technologies. Need for promoting desalination on the arid islands of Greece due to pragmatic problems regarding congested energy systems on the islands and lack of potable water or unreasonable high water cost due to water transportation from mainland. Also need for assessing the new legislation framework for Renewable Energy Sources in Greece