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Dr. Ievgen Solodkyi

Otto-von-Guericke-Universität Magdeburg

Fakultät für Maschinenbau

Institut für Werkstoff- und Fügetechnik

Universitätsplatz 2

39106

Magdeburg

Tel.:+49 391 6754572

ievgen.solodkyi@ovgu.de

Profil

Vita

Research ability
Powder metallurgy (powder synthesis and characterization, Spark Plasma Sintering, Hot Pressing, pressureless sintering), synthesis, characterization & fabrication of ceramic materials, sintering phenomena, nanostructured materials, solid state physics and some closely related fields.
R&D of new metal, ceramic and metal ceramic materials for extreme conditions applications (high dynamic loads, high temperatures (over 1200 ° C, aggressive environments, etc.)). Investigation of physical-chemical processes of ceramics (B₄C, B₆O-based ceramics), metals (Mo, Ti, Cu alloys) and metal-ceramics (based on reinforced ceramic B₄C-TiB₂, WC-W₂C, LaB₆-TiB₂) during pressure less sintering, hot pressing, spark plasma sintering, 3D printing, infiltration of powder materials. The microstructure, chemical and phase composition investigation of the obtained materials and their influence on the physical-mechanical and functional properties

EDUCATION

M.Sc.	July 2010	National Technical University of Ukraine (NTTU) “KPI”, Kyiv, Ukraine
PhD	Feb 2015	National Technical University of Ukraine (NTTU) “KPI”, Kyiv, Ukraine

PREVIOUS EMPLOYMENT

Name of Institution	Location	Position	From – To
Otto von Guericke University Magdeburg	Magdeburg, Germany	Gest researcher	03.2022 - present
Igor Sikorsky Kyiv Polytechnic Institute	Kyiv, Ukraine	Associate Prof.	2020 - present
National Technical University of Ukraine (NTTU) “KPI”	Kyiv, Ukraine	Senior Researcher	2015 – present
National Technical University of Ukraine (NTTU) “KPI”	Kyiv, Ukraine	Assistant Prof. /part time/	2015 – 2020
National Technical University of Ukraine (NTTU) “KPI”	Kyiv, Ukraine	Research Scientist	2013 – 2014
National Technical University of Ukraine (NTTU) “KPI”	Kyiv, Ukraine	Assistant Prof. /part time/	2011 – 2013

FELLOWSHIPS

Research Fellow	National Institute for Materials Science	Tsukuba, Japan	March 2017 – April 2017
Research Fellow	National Institute for Materials Science	Tsukuba, Japan	March 2015 – April 2015
Research Fellow	National Institute for Materials Science	Tsukuba, Japan	November 2015 – December 2015
Internship Program	National Institute for Materials Science	Tsukuba, Japan	January 2013 – March 2013
Internship Program	National Institute for Materials Science	Tsukuba, Japan	July, 2010 – October, 2010

GRANDS and AWARDS

Grant of the President of Ukraine to young scientists 2017(F75/155-2018” Development of high-strength heat-resistant ceramic materials of the B-Si-C system for aerospace applications”)

Scholarship of the Cabinet of Ministers of Ukraine for young scientists 2018 (from 04.2018 to 04.2020)

Prize of President of Ukraine 2017 for young scientists “Development of new superhard ceramic materials based on tungsten carbide, boron suboxide and molybdenum borides for extreme conditions application” Order of President of Ukraine 458/2017.

Grant of the President of Ukraine to young scientists2017(F70/123-2017” Development of superhard, light weight ceramic materials in the B-O-C system,”)

Award “The young teacher-researcher”, “Igor Sikorsky Kyiv Polytechnic Institute”, 2018-2019, 2019-2020, 2020-2021.

Young scientist of the year 2021 in Ukraine

Prize of the Verkhovna Rada of Ukraine for Young Scientists for 2020 for the work “Creation of polyfunctional composite materials from powders of refractory compounds for extreme applications” Resolution of the Verkhovna Rada 1918-IX of 01.12.2021

RESEARCH WORK

“Development of manufacturing technology for composite ceramic, metal-ceramic and metal-polymer ceramic armor using ultra-strengths reinforced ceramic materials” (registration ID 0115U002328) 2015-2016 (co-investigator).
Ukrainian-Romanian project M/51-2016, M/92-2017 “New hard composite ceramic-based materials for cutting tools” (registration ID 0117U003354) 2016-2017 (co-investigator).
“Physical-chemical bases of low-temperature synthesis (700 - 1500 ) of ultra-refractory high-strength reinforced ceramics and metal-ceramics of polyfunctional application” (registration ID 0117U004301) 2017-2019 (co-investigator).
“Creation of fundamentally new "hybrid" frame materials to increase electrode stability and productivity of contact welding technology” (registration ID 0117U006427) 2017-2020. (Principal investigator)
DZ/64-2018 “Development of technology for the production of titanium and alloys powders for 3D printing” (registration ID 0118U007130) 2018-2019. (co-investigator).
DZ/79-2019 “Development of production technology for heat-resistant materials of special purpose” (registration ID0119U007130) 2019-2020. (Principal investigator)

Ukrainian-Lithuanian project “R&D of ultra-lightweight high-temperature (up to 1400 ) heatproof materials using industrial waste” 2020-2021 (co-investigator).
Development of a new class of metal-ceramic composites from powders of superhard reinforced ceramics for extreme operating conditions (registration 2020.02/0108) 2020-2022 (co-investigator).
R&D of technology of high-speed sintering of submicrograin metal-ceramic materials (registration 0121U100503) 2021-2023 (Principal investigator)
Infrared Transparent Ceramic Windows for High-Speed Vehicles, NATO SPS Grant reference n° ISEG.NUKR.SFP 985120 2015-2018
Teaching Fuel Cell and Hydrogen Science and Engineering Across Europe 2020» H2020-JTI-FCH-2017-1. 2017-2020

Projekte

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