Academic degree/status: Doctoral/equivalent to Ph.D

received education
1973-1976 - Semiconductor Institute of the Academy of Sciences of Ukraine. Kyiv - Materials Technologies of Semiconductors and Electronic Equipment - Candidate of Technical Sciences
1960-1966 - Iv. Javakhishvili Tbilisi State University - radiophysics and electronics - graduate specialist academic degree/status: doctorate/equivalent to doctorate

Trainings/seminars/study courses
2006-2008 - British Center. - Tbilisi - English language

projects

2012-2014 - Background of radon in drinking and surface waters in the capital of Georgia - Tbilisi area (# 5644) - Shota Rustaveli National Science Foundation, Center for Science and Technology of Ukraine - head Teimuraz Jakhutashvili - position: chief scientist-collaborator
2010-2012 - the state of radon exhalation in St. Assessment of its radiological impact on Tbilisi and its population #5249 - Shota Rustaveli National Science Foundation, Center for Science and Technology of Ukraine - head Teimuraz Jakhutashvili - position: chief scientist-collaborator
2002-2005 - "Further improvement of GaAs technologies for the development of microsensors" #801 International Science and Technology Center (SST) and NATO SFP ENABLE #973796. Supervisor: Nina Khuchua. Position: Researcher

Employment history

Current job(s).
2017-present - Caucasus University LLC. Caucasus School of Technology. Associate Professor
2012-to date - Institute of Public Enterprise "Optika" - Technological Department. Engineer, senior scientist.
2010-present - Iv. Javakhishvili house Tbilisi State University - Substance Research Institute - Chief Researcher
work experience
2007-2009 - "Kellogg & Root" Georgia stability and security program - electrician.
2001-2007 - Ministry of Economy of Georgia - Director of "Electronic Technologies" LLC.
1983-2001 - Scientific Research Institute "Mion". Technological department. The head of the laboratory.
1976-1983 - Scientific Research Institute "Mion". Department of Optoelectronics. Senior research associate.
1971- Semiconductor equipment factory (Alexandrov, Russia). Construction Bureau. The head of the laboratory.
1967-1971 - Institute for Scientific Research of Physics of Semiconductor Devices (Tbilisi). Department of Technology. Engineer, leading engineer.

scientific productivity

Patents/utility models/inventions

2019 - A method of obtaining nanomaterials in a vacuum and a magnetron sputtering device for its implementation - Patent No. AP 2018 14793, C 23C 14/35, 22.05.2018, published on 2019.05.27 No. 6(518).
2019 - Method for obtaining nanomaterials in vacuum and magnetron sputtering device for implementing the same - WIPO International Bureau - PCT/GE2019/050002-14793, 17 May 2019
2019 - Method for obtaining a nanomaterial in vacuum and magnetron sputtering device for its implementation - WIPO - WO/2019/224564, International Application # PCT/GE2019/050002 2019
2017- Planar magnetron sputtering device - Indian Patent Office (IPO), New Delhi, India - #201717040689
2016 - Planar Magnetron Sputtering Apparatus - WIPO International Bureau, Geneva, Switzerland - WIPO|PCT WO 2016/189337 A1
2015 - Planar magnetron sputtering device - Patent - GE P 2016 6512 B
2011 - Planar magnetron sputtering device - patent - AP2011012338
2002 - Method of Making a Diode Instrument - Borealis Technical Limited. Gibraltar - US 6,417,060 B2
1990 - Ion-plasma sputtering device for vacuum deposition of multi-component coatings - Mion Scientific Research Institute - #1816288
1986 - Device for iono-plasma sputtering of materials in a vacuum - Scientific Research Institute "Mion" - #1244960
1985 - Ion-plasma sputtering device in vacuum - Scientific-research institute "Mion" - #1160761
1983 - Light radiation facility - Scientific-research institute "Mion" - #1021306
1974 - photo template - scientific research institute "Mion" - #441001

Article/Monograph/Handbook

Z. Berishvili, M. Kifiani, I. Kordzakhia, G. Dekanozishvili - Innovative method for the synthesis of monodisperse ZnO nanoparticles for use in biomedicine (article) - International Journal of New Technology and Research (IJNTR) ISSN: 2454-4116, Volume- 6, Issue -8, August 2020 Pages 16-20. https://doi.org/10.31871/IJNTR.6.8.25
Z. Berishvili, M. Kifiani, I. Kordzakhia, G. Dekanozishvili - Innovative magnetron sputtering for the synthesis of catalytic and nanostructured materials and its use in biomedicine and the fight against COVID-19 (article) - International Journal of New Technology and Research (IJNTR) ) ISSN: 2454-4116, Volume-6, Issue-12, December 2020 Pages 37-42. https://doi.org/10.31871/IJNTR.6.12.14
I.M. Avaliani, T.I. Khachidze, G.G. Dekanozishvili, Z.V. Berishvili - Hydrophobic Coated Lenses for Photovoltaic Modules" (article) - American Journal of Nano Research and Applications Special issue: Nanotechnologies, vol. 5, No. 3-1, 2017, pp. 13-17, doi:10.11648/j.nano.s.2017050301.14
Z.V. Berishvili, I.I. Gadakhabadze, I.I. Kordzakhia, G.G. Dekanozishvili. - Planar magnetron sputtering device: a new generation of magnetron sputtering technique and technology (article) - Journal of Physical Science and Application, USA, ISSN 2159-5348, Volume 7, Number 5, 2017, pp. 28-39. doi: 10.17265/21595348/2017.05.003
Z.V. Berishvili, I.I. Kordzakhia, D.G. Zardiashvili, I.M. Avaliani, G.G. Dekanozishvili. - Review of the application of radiation layers on optical lenses (article) - Nano Studies, 14, 2016, 67-72.
N. Kekelidze, T. Jakhutashvili, E. Tulashvili, M. Chkhaidze, Z. Berishvili, L. Mtsariashvili, I. Ambokadze - radon in the water of the aqueduct St. On the territory of Tbilisi - chapter from the book: "Radon: Geology, Environmental Impact and Toxicity Concerns". edited by Audrey M. Stacks; Series: Biochemistry Research Trends; Nova Science Publishers, Inc., Hauppauge, NY, United States of America. 2015
Berishvili Z.V., Kordzakhia I.I., Zardiashvili D.G., Abramishvili G.G., Avaliani I.M., Shalamberidze D.M., Ivanidze I.D. - Modernization of vacuum ВУ-1А type device for obtaining optical coatings with multilayer periodic structure (article) - Nano Studies,9, 2014, ISSN 1987-8826, pp.169-176
Avaliani I.M., Chikovani R.I., Khachidze T.I., Berishvili Z.V. - Processing and manufacturing of illuminated lens switches to increase the energy efficiency of the photovoltaic block (article) - ENGINEERING NEWS. 2014, No. 1 vol. 69, pp. 27-31.
Berishvili Z.V., Jandidze L.V., Skhiladze G.A., Melkadze R.G., Lezhava T.M. – Формирование столбиковых видов для CaAs pixel detectors (article) - Technology and construction in electronic equipment. ISSN 0130-6243, No. 4, 2004, Art. 43-45.
Berishvili Z.V., Skhiladze G.A., Gadakhabadze I.G. - Improved industrial vacuum magnetron sputtering method for obtaining thin films (article) - GEORGIAN ENGINEERING NEWS ISSN 1512-0287, # 4, 1999, pp. 108-111.
Berishvili Z.V., Skhiladze G.A., Gadakhabadze I.G. - Deposition of multi-layer coatings using magnetron sputtering devices (article) - В журн., Електронная промышленность, 4, 1990, с. 29-30.
Berishvili Z.V., Skhiladze G.A., Chubinishvili Z.N. - Magnetron scattering device with a rotating magnetic field (article) - В сб. Electronic technology, ser. 7, "Technology, organization of production and equipment", 1988.
Berishvili Z.V., Gadakhabadze I.G., Skhiladze G.A., Chubinishvili Z.N. - Magnetic system for magnetron sputtering device with rotating magnetic field (article) - В сб. Electronic technology, ser. 7, "Technology, organization of production and equipment", 1988.

Berishvili Z.V., Skhiladze G.A. Highly efficient magnetron sputtering device for continuous operation unit 01НИ-7-006 "Oratory-5" (article) - В сб. Scientific and technical achievements, 1987, issue 2, с. 29.
Berishvili Z.V., Zyuganov A.N., Svechnikov S.V., Smertenko P.S. Studies of the electrophysical properties of A2B6 solid solutions of metals obtained by cathodic three-electrode sputtering (article) - В сб.: Полупроводниковая техника и микроэлектроника, 28, 1978, с. 23-32.
Svechnikov S.V., Berishvili Z.V., Kaganovich E.B. Photosensitive cells of A2B6 group compounds obtained by cathodic three-electrode sputtering (article) - В сб.: Доклады академии наук УССР, ser. A, 7, 1978, p. 648-652.
Berishvili Z.V., Zyuganov A.N., Mikhelashvili B.M., Svechnikov S.V. - Limiting characteristics of photoconductors and permissible limits of microminiaturization of thin-film devices and their properties (article) - В сб.: Полупроводниковая техника и микроэлектроника, 25, 1977, с. 44-48.
Z.V. Berishvili, N.V. Bogolyubov, E.B. Kaganovich, A.V. Molovichko, S.V. Svechnikov. - Development and research of optrons based on thin-film photoresists as memory and communication elements for dynamic control of electroluminescence panels - Chapter from the book: Полупроводниковые пленки и слоыстые структы, «Наукова Думка», Киев, 1977, с. 34-39.
Berishvili Z.V., Kaganovich E.B., Svechnikov S.V. - Photosensitive CdS apses obtained by reactive sputtering in a constant electric field - chapter from the book: Полупроводниковая техника и микроелектроника, 21, 1975, с. 55-56.
Bagratishvili G.D., Berishvili Z.V., Fareishvili Z.A., Shioshvili Sh.I. - Electrical properties of the separating surface Al2O3 -Si (article) - В сб.: Електронная техника, ser. 2, Semiconductor devices, vol. 6 (63), 1971, p. 37-42
Bagratishvili G.D., Berishvili Z.V., Gabunia N.A., Sotkilava N.S., Shioshvili Sh.I. APSK properties of reactive aluminum oxide (article) - В сб.: Електронная техника, ser. 2, Semiconductor devices, vol. 6 (56), 1970, p. 57-61.

Participation in scientific forums

"3rd Edition of Global Webinar on Catalysis, Chemical Engineering & Technology", Catalysis Virtual 2020, October 28-29, 2020 Innovative magnetron sputtering device for the synthesis of highly efficient catalytic materials. Webinar
"2nd Edition of Global Conference on Catalysis, Chemical Engineering & Technology (CAT-2018)" during September 13-15, 2018 in Rome, Italy. Innovative magnetron ion-plasma electrodispersion apparatus for the synthesis of nanocatalyses. Rome, Italy. 2018
• Nanoscience-2018(MINL); September 24-25, 2018; Dubai, UAE Development of magnetron ion-plasma electrodispersion apparatus for obtaining nanostructured materials Dubai, Gas. 2018
5th International Conference "Nanotechnologies" November 19-22, 2018, Tbilisi, Georgia, (Nano 2018) Innovative magnetron ion-plasma electrodispersion apparatus for synthesizing metallic nanopowders. Tbilisi, Georgia. 2018
4th International Conference "Nanotechnologies". Nano- 2016. High efficiency planar magnetron sputtering device with rotating magnetic field Tbilisi, Georgia, 2016
4th International Conference "Nanotechnologies". October 24-27, 2016. Lenses with anti-reflective and hydrophobic coatings for photovoltaic modules, Tbilisi, Georgia. 2016
• EU PVSEEC 2014 29th European Photovoltaic Solar Energy Conference and Exhibition Anti-Reflective coating lenses to boost solar energy efficiency of a III-V semiconductor photovoltaic cell - Amsterdam, The Netherlands. 2014
• NATO Advanced Research Workshop - Comparative measurements of radon content in tap water of the cities of Tbilisi and Rustavi, Georgia, Belgrade, Serbia. 2011
• 10th Radiation Physics and Protection Conference. Temporal and spatial distribution of radioactivity of soil and bottom sediments in the middle course of sediments on the Black Sea coast. Cairo, Egypt. 2010
• 1st International Conference "Main Environmental Problems of Modernity and the Caucasus" (Eco-2010-Caucasus) Radon St. in the water of the Rustavi aqueduct. Tbilisi Georgia. 2010
• International Scientific-Technical. Conf. "Environmental Protection and Sustainable Development" radon content in the water supply of the city of Rustavi and assessment of its radiological impact on the population. Tbilisi Georgia. 2010
V International scientific-practical conference "Modern information and electronic technologies." Framing columnar outputs for CaAs pixel detectors. Odessa, Ukraine. 2004
• Preliminary results of electron tunneling in a wide vacuum gap - XXI International Conference "Thermoelectricity" (ICT 2002), Long Beach, California, USA. 2002
II field seminar "Technology and devices for thermal deposition and coating of thin films in the production of electronic hardware products" - construction and principles of operation of the device for ion-plasma sputtering in a vacuum with a rotating magnetic block. Ukraine, Kiev, 1988
XII Union Conference on Microelectronics, Tbilisi, 1987. High-efficiency magnetron sputtering device with a rotating magnetic field for forming interconnections of large and large integrated microcircuits, Republic of Georgia, St. Tbilisi. 1987
IV Republican Conference "Issues of Physics of Microelectronics and Semiconductor Devices" Tbilisi. Research and properties of amorphous films of aluminum nitride and their use in the technologies of manufacturing elements of light radiation scales - Republic of Georgia, St. Tbilisi. 1980
IV Republican Conference in Physics, St. Minsk, 1977. Photosensitive films of cadmium sulfide and selenide Belarus, Minsk. 1977
III Republican Conference "Issues of Physics of Microelectronics and Semiconductor Devices" - Obtaining thin-film multilayer photovoltaic structures by cathodic sputtering and their research - Republic of Georgia. St. Tbilisi. 1977
• 1st Union Conference on Physics of Microelectronics and Semiconductor Devices - Properties of Reactive Aluminum Oxide Films - Tbilisi, Georgia. 1971
1st Union Conference on Microelectronics and Semiconductors
On issues of instrument physics. Masking properties of reactive films SiO2, Si3N4, Al2O3 - Tbilisi, Georgia. 1971