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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

Educational and scientific program of the third level of higher education in the specialty 153 Micro- and Nanosystem Engineering

Curriculum (Bachelor; Master; PhD)
Speciality: 153 Micro- and Nanosystem Engineering
Educational and Professional program: Micro- and 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.

Maliuta S.V.

2018

Features of application of nanotechnology of probe microscopy in diagnostics and directed modification of surfaces of semiconductor nanostructures and 2D materials

Lytvyn P.M.

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.

Volynskyi D.P.

2020

Electrophysical properties of semiconductor structures with organic layers

Obukhova T.Yu.

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.

Pohrebennyi O.A.

2020

Methods of designing active piezoelectric filters

Orlov A.T.

Shymko G.Yu.

2020

Nonstationary heat transfer in MEMS structures

Zavorotnyi V.F.

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.