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Alumni

1997

1997

In 1991, entered KPI in the first intake of the Physical and Biomedical Electronics Department in the specialty “physical electronics”, and graduated with honors in 1997, receiving a master's degree.

Since 1997, he has worked at the Department of Physical and Biomedical Electronics as an assistant, senior lecturer, and, since 2011, associate professor.

Teaches the courses “Modeling in Electronics”, “Programming and Algorithmic Languages”, “Design and Engineering of Biomedical Equipment”, “Digital Technologies in Microelectronics”, for which he has developed curricula and work programs and arranged cycles of laboratory work. He supervises bachelor's and master's theses.

Has published more than twenty scientific papers. In 2009 received a PhD degree in engineering.

The research interests lie in the field of physics of gyrotropic media and the development of nonreciprocal passive microwave devices based on them.

1999

1999

In 1999, she graduated Faculty of Electronic Engineering of NTUU "KPI". In 2002, she completed postgraduate studies at NTUU "KPI". From 2002 to the present, she works at Electronics Engineering Department as Associate Professor.

Defended candidate's thesis on the topic: "Modeling of electrothermal processes in submicron heterostructures" under the supervision of prof V.I. Tymofeyev. Author of 14 publications, including 1 invention patent and 1 invention application. Under the leadership of Semenovska O.V. 2 bachelor certification theses were defended.

Lectures, practical and laboratory classes are held from the courses: "Introduction to measurement technology", "Microwave technology". Abstracts of lectures from the courses: "Methods of mathematical physics", "Microwave technology" have been published in co-authorship.
1999

Received MSc in Biomedical Electronics in 1999, joined as Assistant Professor. In 2003 defended thesis "Microwave dielectric phaseshifters" and received Candidate of Science degree (PhD). Since 2004 - senior lecturer, since 2010 - Associate Professor. Giving classes on numerical methods, digital circuits design, IC design.

Interests: numerical methods, DSP, FPGA prototyping, wireless communications, passive microwave devices, microwave measurements.

2000

2000

Olga Korostynska is a Professor in BioMedical Engineering at Oslo Metropolitan University (OsloMet), Oslo, Norway. She has a B.Eng (1998) and M.Sc (2000) in Biomedical Engineering from National Technical University of Ukraine (KPI), PhD (2003) in Electronics and Computer Engineering and LLB (2011) from the University of Limerick, Ireland. Before joining OsloMet, she worked at Norwegian University of Life Sciences (NMBU) as Associate Professor. She was a Senior Lecturer in Advanced Sensor Technologies in the Liverpool John Moores University, Liverpool, UK. She was EU Postdoctoral Research Fellow developing electromagnetic wave sensors for real-time water quality monitoring, as well as a Postdoctoral Researcher in the University of Limerick, working on a number of projects, including funded by IRCSET, EI and EU FP7 and also was a Lecturer in Physics in Dublin Institute of Technology, Dublin, Ireland. Prof. Korostynska has co-authored 2 books, 15 book chapters, 5 UK patents and over 300 scientific papers in peer-reviewed journals and conference proceedings.
2000

In 1994 - 2000, he studied at the Faculty of Electronics of NTUU "KPI" and obtained a master's degree. From 1999 to 2006, he worked as a radiologist engineer in the department of radionuclide diagnostics at the Department of Medical Radiology with a course in radiation medicine of the National Medical University named after O.O. Bogomolets After completing correspondence post-graduate studies at the department of FBME in 2006 under the guidance of Professor Loshytskyi P.P. defended his PhD thesis on "Physiotherapeutic devices with a stochastic spatially inhomogeneous low-frequency electromagnetic field". Since 2006, he has been working as a senior researcher in the research laboratory of medical physics and bioengineering of the National Cancer Institute. He has been teaching at the FtaBME department since 2004. He taught the courses "Interaction of physical factors with biological objects", "Digital electronics", "Applied biophysics", "Mathematical modeling of biophysical processes". Since September 2010, he has been studying at the doctoral program of NTUU "KPI".
M. O. Nikolov has more than 70 scientific works, among them 11 patents of Ukraine, 10 theses of reports.
The field of scientific interests is research on the influence of physical factors on biological objects, in particular on malignant tumors, methods of processing and analysis of scintigraphic data, research on the self-organization of physical and biological systems, research on the possibility of using magnetic nanoparticles in oncology.

2002

2002

She graduated with honors from the Faculty of Electronics of NTUU "KPI" in 2002, majoring in "Physical and Biomedical Electronics". She worked at the department as an assistant, a senior teacher, now she is an associate professor. In 2020, she obtained the degree of Candidate of Technical Sciences. The main direction of scientific activity is methods of processing and analysis of lung sounds and phonocardiograms.
Conducts classes on the following courses: "Digital circuit engineering", "Signal theory", "Analog circuit engineering", "Electronics".

2003

2003

In 2003, he graduated from the master's degree at the Faculty of Electronics of NTUU "KPI". Assistant of the Department of Physical and Biomedical Electronics. Author of 9 scientific publications. The direction of scientific activity is modeling and measurement of parameters of semiconductor devices. Conducts courses on the theory of electronic circuits, analog and digital circuitry.
2003

She studied at the department of physical and biomedical electronics, in 2003 she obtained a master's degree in the specialty "Physical and biomedical electronics". After graduation, she studied at a graduate school. In 2007, she defended her thesis "Electrically controlled microwave phase shifters based on microstrip and coplanar lines" and obtained a candidate of technical sciences degree in solid state electronics.
After completing her postgraduate studies, she worked at the department as an assistant, senior lecturer, and from 2020 - as an associate professor. Conducts classes in the following disciplines: programming and algorithmic languages, computational mathematics, analog circuitry.
Professional interests include passive microwave devices, wireless communications, digital signal processor programming, signal processing.

2005

2005

She was born in 1981, completed her master's degree in 2005, and postgraduate studies in 2008 at the Department of Physical and Biomedical Electronics. In 2011, she defended her thesis on the topic "Modeling of submicron heterotransistors with small-sized systems." He has 15 scientific publications, a member of IEEE.

2006

2006

Serhiy Romanenko, Ph.D., biophysicist, neurobiologist and electrophysiologist, whose career is an example of the intersection of physical sciences and biomedical research. Having received a bachelor's degree in electronics and a master's degree in physical and biomedical electronics at the National Technical University of Ukraine "Kyiv Polytechnic Institute", he obtained a candidate of biological sciences (PhD) degree in biophysics at the International Center of Molecular Physiology at the Institute of Physiology named after O.O. Bogomolets of the National Academy of Sciences of Ukraine in 2010, proving himself as an innovative researcher in the field of cellular biophysics.
His scientific career was formed at universities on three continents, including a postdoctoral fellowship at the California Institute of Technology in collaboration with the Huntington Medical Research Institute, research work at the University of Western Australia and the XLIM Research Institute in France. Currently, he continues to work as a senior researcher in the Department of Biophysics of Sensory Signaling of the Institute of Physiology named after O.O. Bogomolets National Academy of Sciences of Ukraine.
Much of his research has been devoted to the study of neuromodulation and cellular excitability, with a special focus on the mechanisms underlying the effects of bioelectromagnetic radiation on excitable cells and membrane channels. His pioneering work on millimeter wave-mediated modulation of neuronal activity was one of the first in the last decade to demonstrate the effect of T radiation on the functionality of excitable cells. Other areas of research include the innovative application of powerful nano-/picosecond electrical pulses and the effects of modulated EHF radiation on various cell types. His interdisciplinary expertise covers cellular electrophysiology, fluorescence methods, and numerical and computer modeling of biophysical processes. Research interests extend to the mechanisms of pain transmission, in particular the role of TRPV receptors, neuronal networks in the spinal cord and the peculiarities of the functioning of different types of nerve cells, as well as the complex interaction between channels and membrane lipids.
His scientific achievements were recognized by international awards and research grants. In 2022, he won the prestigious European Microwave Association (EuMA) Award and in 2019 he received an Australian Synchrotron Research Grant (ANSTO) for pioneering research into the effects of non-ionizing radiation. Innovative ideas in the development of cancer treatment strategies have been recognized with a 2018 Collaborative Cancer Research Grant from the Cancer Council of Western Australia, as well as a 2017 Research Collaboration Award at UWA. Previous career achievements include the Boswell Fellowship at the California Institute of Technology (2011), the President of Ukraine Fellowship for Young Scientists (2009) and a CIMO grant from Finland. He also received a grant for a trip to Okinawa - Computational Neuroscience Grant (2016).
Scientific activities include development and construction of laboratory test devices and modification of electrophysiological and fluorescent devices. His research continues to deepen the understanding of neural networks, mechanisms of pain transmission and the influence of non-chemical factors on living tissues, making significant contributions to both basic neurology and its clinical application. Thanks to his interdisciplinary approach, which combines technical innovation with fundamental neurology, k.b. .n. Romanenko continues to deepen our understanding of neural functions and develop new therapeutic approaches.

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