The Doctor of Philosophy (PhD) is the third (educational-scientific) level of higher education.
Duration of training is 4 years.
Postgraduate training is carried out in the field of automation and instrument making
in speciality 153 Micro- and Nanosystem Engineering
and includes the following areas:
1. Materials and devices of functional electronics.
2. Materials and devices of microwave electronics.
3. Sensory materials and devices.
4. Materials and devices of photovoltaics.
5. Materials and devices of nanoelectronics
F-catalog of elective courses training cycle
for candidates for the degree of Doctor of Philosophy
according to the educational program “Micro- and Nanosystem Engineering”
in specialшty 153 Micro- and Nanosystem Engineering
(entry in 2020)
Topics of dissertations of graduate students of the Department of Microelectronics:
Surname and initials of the graduate student | Year of admission to graduate school | Research topic | Supervisor |
Koliada M.S. | 2018 | Investigation of magnetoresistive properties of flexible structures of lanthanum perovskites | Tatarchuk D.D. |
Masalskyi O.O. | 2018 | Determination and application of hot media in photocurrent | Sviechnikov G.S. |
Zoziuk M.O. | 2019 | Resonators, filters and transducers based on quasiparticles in metacomposite media | Koroliuk D.V. |
Yurikov O.I. | 2019 | Nanoantenna translators based on metasurfaces with periodic, quasiperiodic and chaotic structures | Koroliuk D.V. |
Krysenko P.I. | 2020 | Mathematical models and numerical simulation of transients and equilibrium states in the interactions of metamaterials with external influences | Koroliuk D.V. |
Lapshuda V.A. | 2020 | Semiconductor layered structures for flexible electronics components | Koval V.M. |
Yasnohorodskyi M.A. | 2020 | Macromodels of nanostructured absorbing materials | Orlov A.T. |
Boikynia A.O. | 2021 | Microsystem smart gas parameters sensors | Zavorotnyi V.F. |
Hetmanchuk V.V. | 2021 | Plasmon resonance in nanostructured materials for use in optoelectronics | Machulianskyi O.V. |
Linevych Ya.O. | 2021 | Nanosized silicon 1D structures for sensors and photovoltaics | Koval V.M. |
Naidonov A.O. | 2021 | Flexible sensors based on nanocellulose films | Koval V.M. |
Chypehin D.V. | 2021 | Dielectric microwave composite materials with a diffuse spectrum | Tatarchuk D.D. |
Verbitskyi D.O. | 2022 | Optical anisotropy in optoelectronic materials in imaging | Serdeha B.K. |
Novikov D.O. | 2022 | Methods of controlling the parameters of layers of A3B5 solid solutions during epitaxy | Cviechnikov G.S. |
Okhrimchuk O.B. | 2022 | Optoelectronic sensors from organic materials | Verbytskyi V.G. |
Tkachenko N.S. | 2022 | Semiconductor planar microwave structures with optical control | Tatarchuk D.D. |