Yevgeny Panchenko Email and Phone Number

• Researcher at Terraforming 2022 project (STRELKA);• Researcher on QS (quantified self) and wellness tech at Welltory 2019-2021;

• Hosted and moderated the session “GIS for geology and mining industry” at Esri CIS Conference 2018;• Did 3 webinars, 2 workshops, and 5 seminars within 6 months;• Created 8 expert level posts on Esri geospatial technologies for the corporate blog (8 k views total);• Brought the corporate Instagram account to organic growth within 4 months;• Taught the professional course on ArcGIS Enterprise base deployment and administration.

• Elaborated spatial decision support system for controlling fieldworks on remote sites; • In 2.5 months implemented geospatial support of geological field mapping in Bataan NPP region (Philippines) with follow-up digital geological-geomorphological map creation (1:50 000 for 1.4k km2);• In 5 months implemented initiation and scoping stages for project of radar-based stability and deformation monitoring for Paks-2 NPP (Hungary);• Successfully conducted 6 international negotiations. Managed to get commercial offer, allowing to save up to 12 000 €/year on purchasing satellite radar data.

• Developed GIS spatial model for statistical analysis of thermokarst in Arctic, which automated and many-fold accelerated hypothesis testing procedure for 22 study sites; • Co-authored in 8 papers and 1 monograph.

• Developed set of digital maps of engineering geological conditions for Power of Siberia pipeline branch to China (1:25 000 and 1:5 000);• Elaborated remote sensing-based methodology of permafrost engineering hazard mapping for Fahir oil field area (West Siberia). Developed set of digital maps for the area (1:10 000).

• Participated in lifecycle management of spatial database for navigation infrastructure of the Great Lakes.

• Successfully implemented GIS-project for chromite ore exploration in Mongolia on the initial, field, post field, and pre-sale stages; • Created digital geological and tectonic map of Khan-Tayshir-Naran massif (1:25 000).

• Elaborated mapping methodology for technogenic impact dynamics along the Obskaya – Bovanenkovo road on Yamal peninsula; • Developed set of digital maps for technogenic impact dynamics monitoring project (1:2 000).