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 Electronics, automation and electronic communications
in speciality 176 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
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 |
Krysenko P.I. | 2020 | Data enrichment for predicting properties of metamaterials | Koroliuk D.V. |
Lapshuda V.A. | 2020 | Nanocellulose-based humidity sensors for flexible electronics | Koval V.M. |
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 deflectometer for optimization of growth parameters of trinitride epitaxial structures | Voronko A.O. |
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. |