- Department of Chemistry and Bioengineering
- Department of Engineering Graphics
- Department of Graphical Systems
- Department of Information Systems
- Department of Information Technologies
- Department of Mathematical Modelling
- Department of Mathematical Statistics
- Department of Physics
- Institute of Applied Computer Science
Research and innovation
Science is a complicated process, including the reading of scientific literature, carrying out experiments in laboratory and participating in conferences. A science reveals many interesting and unexpected facts, helps to notice and explain the phenomena occurring around us. But the cognitive delight is inherent for people, particularly for children, therefore it endows the possibility to popularize science.
A higher education is the studies based on a wide academic knowledge. Their aim is not only to give a professional qualification but also provide a thorough general background, thereby teaching the students to take critically the processes occurring around.
Research fields:
Fundamental research on materials and processes:
Fundamental research on materials and processes:
Mathematical models and methods of physical, technological and economic processes;
Materials and technologies of energy sources.
Environmental and energy technologies.
Rasa Morkūnienė. 2000. Radioactive contamination and peculiarities of its change in the Lithuanian economic zone of the Baltic sea.Technological sciences, environmental engineering (04T).
Andrius Maneikis. 2000. Daugiakomponenčių mangano oksidų plonieji sluoksniai: technologija ir fizinės savybės. Physical sciences, physics (02P).
Gražina Grigaliūnaitė-Vonsevičienė. 2001. Elektronų pernašos puslaidininkiniuose heterogeniniuose dariniuose tyrimas Monte Karlo metodu.Physical sciences, physics (02P).
Vytautas Dubra. 2001. Assissment of the mineral nitrogen and phosphorus load from the Kuršių Marios lagoon to the Baltic Sea.Technological sciences, environmental engineering (04T).
Sonata Vdovinskienė. 2003. Passive admixture spreading in the southeastern area of the Baltic Sea. Physical sciences, physics (02P).
Ana Usovaitė. 2005. Experimental investigation and practical use of hard cosmic rays. Technological sciences, environmental engineering (04T).
Milda Pečiulienė. 2006. The research and evaluation of anthropogenic changes of natural ionising radiation.Technological sciences, environmental engineering (04T).
Jasaitis Dainius. 2007. The research and evaluation of volumetric activities of indoor radon short-term decay products.Technological sciences, environmental engineering (04T).
Asta Daunaravičienė. 2007. Passive admixture transfer peculiarity at the Lithuanian coast of the Baltic sea.Technological sciences, environmental engineering (04T).
Jolanta Stupakova. 2008. Physical properties of porous silicon nanostructures under influence of microwave radiation.Physical sciences, physics (02P).
Sonata Tolvaišienė.2009. Transport of the charge carriers in ultrathin films of manganeses oxides. Physical sciences, physics (02P).
Renata Chadyšienė. 2009. Research and evaluation of variations of ultraviolet radiation in environment.Technological sciences, environmental engineering (04T).
Vaida Valuntaitė. 2009. The investigation and assessment of the man-made ozone formation and dispersion.Technological sciences, environmental engineering (04T).
Jovita Damauskaitė. 2010. Research and application of hard cosmic ray flux for forecasting meteorological conditions.Technological sciences, environmental engineering (04T).
Anastasija Moisejenkova. 2013. Research of dynamics of radiocesium and hydrophysical parameters in the Lithuanian lakes.Technological sciences, environmental engineering (04T).
Sergejus Tretjakovas. 2013. Investigation of total ozone amount and development of its research methods. Technological sciences, environmental engineering (04T).
Lina Steponavičienė. 2013. Investigation and control of motion of magnetic vortices in the thin superconducting YBa2Cu3O7-x films.Physical sciences, physics (02P).
Vigilija Cidzikienė. 2015. Investigations and evaluation of radionuclide migration at planned new nuclear power plant site (04T).
Habilitation procedures
Paulius Miškinis. 2004. Nonlinear and nonlocal processes and objects in classical and quantum field theory (01P).
Aloyzas Girgždys. 2006. The research of aerosol and ozone changes in the atmosphere: equipment, research and assessment (04T).
Artūras Jukna. 2008. The investigation and control of current and light induced mixed-state in the superconducting devices (02P).
Jonas Gradauskas. 2011. Semiconductor structures and CO2 laser radiation. Investigation of interaction (02P).
1. Modernization of the I- and II-Level Studies in the Breakthrough Trends of Materials Science, Nano- and Light-technologies (LaMeTech Studies) VP1-2.2-ŠMM-09-V-01-005. Coordinator – Artūras Jukna.
2. Creation of infrastructure in breakthrough trends of materials science, nano-, light-technologies, and higher education. VP2-1.1-ŠMM-04-V-02-002. Coordinator – Artūras Jukna.
3. Materials and technologies for photovoltaic structures and sensors. Coordinator – Artūras Jukna.
4. Investigation of Asymmetrically-Shaped YBaCuO Superconducting Sensors of High Frequency Signals. Coordinator – Artūras Jukna.
5. Smart modular electrical energy storage system. Nr. J05-LVPA-K-03-0108. Coordinator – Dainius Jasaitis.
2. Creation of infrastructure in breakthrough trends of materials science, nano-, light-technologies, and higher education. VP2-1.1-ŠMM-04-V-02-002. Coordinator – Artūras Jukna.
3. Materials and technologies for photovoltaic structures and sensors. Coordinator – Artūras Jukna.
4. Investigation of Asymmetrically-Shaped YBaCuO Superconducting Sensors of High Frequency Signals. Coordinator – Artūras Jukna.
5. Smart modular electrical energy storage system. Nr. J05-LVPA-K-03-0108. Coordinator – Dainius Jasaitis.
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