2023 ‒ 2028
CZ.02.01.01/00/22_008/0004572
Quantum Materials for Applications in Sustainable Technologies.
Total project cost: 500,000 thousand CZK (FAS, University of West Bohemia 137,450 thousand CZK)
2023 ‒ 2026
Project of Technology Agency of the Czech Republic No. FW06010192
Research and development of new applications of fibrous materials with functional properties.
Total project cost: 31,676 thousand CZK (University of West Bohemia 2,400 EUR)
2023 ‒ 2026
Project of Technology Agency of the Czech Republic No. FW06010462
Thin-film strain gauge with high sensitivity and durability prepared by magnetron sputtering.
Total project cost: 26,319 thousand CZK (University of West Bohemia 7,600 EUR)
2023 ‒ 2025
Project of Czech Science Foundation No. 23-07924I
Advanced nanostructured metal coatings with superior mechanical properties and high thermal stability.
Total project cost: 3,828 thousand CZK
2023 ‒ 2025
Project of Czech Science Foundation No. 23-05947S
Ab-initio guided investigation of refractory metal-based high entropy ceramic coatings.
Total project cost: 6,819 thousand CZK (University of West Bohemia 1,920 EUR)
2022 ‒ 2024
Project of Czech Science Foundation No. 22-18760S
Novel functional thin-film materials based on metallic glasses and dual-phase structure .
Total project cost: 6,168 thousand CZK
2021 ‒ 2023
Project of Czech Science Foundation No. 21-28277S
High-performance thermochromic VO2-based coatings with a low transition temperature prepared using reactive pulsed plasmas.
Total project cost: 6,690 thousand CZK
2021
Project No. 08 within the project of Technology Agency of the Czech Republic No. TP01010042 (2020-2022): Promoting commercial opportunities of University of West Bohemia II..
Verification of the method of low-temperature plasma deposition of transparent (semi-)conductive oxides for real applications.
Total project cost: 980 thousand CZK
2020
Projekt č. 02 within the project of Technology Agency of the Czech Republic No. TP01010042 (2020-2022): Promoting commercial opportunities of University of West Bohemia II.
Antibacterial thin-film coatings.
Total project cost: 980 thousand CZK
2019 ‒ 2023
Project Horizon 2020 No. 869929
Lightweight switchable smart solutions for energy saving large windows and glass façades (Switch2save).
Total project cost: 5 468 224.21 EUR (University of West Bohemia 280 937.50 EUR)
2019 ‒ 2021
Project of Czech Science Foundation No. 19-14011S
Design of novel functional materials, and pathways for their reactive magnetron sputtering, using advanced computer simulations.
Total project cost: 5,173 thousand CZK
2019 ‒ 2021
Project of Czech Science Foundation No. 19-13174S
Advanced hydrogen-gas sensing nanomaterials with a tailored architecture.
Total project cost: 4,495 thousand CZK
2018 ‒ 2021
Project of Ministry of Industry and Trade No. FV30177
Research and development of novel pulsed plasma technologies for deposition of advanced thin-film materials.
Total project cost: 11,500 thousand CZK (University of West Bohemia 3,000 thousand CZK)
2017 ‒ 2019
Project of Czech Science Foundation No. 17-08944S
Nanostructured coatings synthesized using highly reactive pulsed plasmas.
Total project cost: 6,288 thousand CZK
2016 ‒ 2018
Project of Czech Science Foundation No. 16-18183S
Advanced surface coatings with enhanced properties and thermal stability.
Total project cost: 6,190 thousand CZK
2015 ‒ 2017
Project of Czech Science Foundation No. 15-00859Y
Design of new functional materials, and pathways for their atom-by-atom preparation, using advanced computer modelling.
Total project cost: 3,714 thousand CZK
2014 ‒ 2016
Project of Czech Science Foundation No. 14-03875S
Nanostructured multifunctional coatings prepared using highly ionized pulsed plasmas.
Total project cost: 5,985 thousand CZK
2012 ‒ 2015
Project of Czech Science Foundation No. GAP108/12/0393
Hard nanocomposite coatings with enhanced toughness and unique properties.
Total project cost: 9,687 thousand CZK
2010 ‒ 2012
Project MEYS COST OC10045
Novel plasma sources for film deposition and surface modification“ within COST MPNS MP0804: „Highly Ionised Pulse Plasma Processes.
Total project cost: 990 thousand CZK
2008 ‒ 2012
European project NMP2-LA-2008-214134
Flexible production technologies and equipment based on atmospheric pressure plasma processing for 3D nano structured surfaces
project coordinator: Fraunhofer-Institut für Werkstoff-und Strahltechnik (IWS), Dresden, Germany