Dr.Volodymyr Tychkov, Cherkasy State Technological University, Ukraine.
Dr.Volodymyr Tychkov, in Cherkasy, Ukraine, is an Associate Professor at Cherkasy State Technological University 
. He holds a Ph.D. in Technical Sciences (2017) and specializes in Instrumentation, Mechatronics, and Computerized Technologies 
. His research focuses on analytical and scientific instrumentation, non-destructive testing, mathematical modeling, and optimization . A Full Academic of the Ukrainian Academy of Engineering Sciences (2023) , he actively contributes to scientific advancements and has authored numerous publications . He also serves as Deputy Head of Faculty for Research and is a member of the Ukrainian Society for Non-Destructive Testing.
Publication Profile
Education & Experience
- Черкасский инженерно-технологический институт (Cherkasy Engineering and Technological Institute) (1987–1991) – Engineer-Electromechanic
- Cherkasy State Technological University (1996–Present) – Associate Professor, Department of Instrumentation, Mechatronics, and Computerized Technologies
- Deputy Head of Faculty for Research – Cherkasy State Technological University
- Member of the Scientific and Technical Council – Cherkasy State Technological University
- Full Academic (2023) – Academy of Engineering Sciences of Ukraine
- Member (2019–Present) – Ukrainian Society for Non-Destructive Testing .
Suitability Summary
Dr.Volodymyr Tychkov, a distinguished researcher in the field of instrumentation, mechatronics, and computerized technologies, is highly deserving of the Outstanding Research and Development Award for his remarkable contributions to scientific advancements and academic excellence. With an academic journey that spans decades, he holds a Ph.D. in technical sciences, specializing in computer systems and components, and is an Associate Professor at Cherkasy State Technological University, Ukraine. His commitment to academic leadership is reflected in his roles as Deputy Head for Research and his active participation in the University’s Scientific and Technical Council.
Professional Development
Dr.Volodymyr Tychkov continuously enhances his expertise in Instrumentation, Mechatronics, and Computerized Technologies . He actively engages in scientific research, focusing on non-destructive testing, optimization, and mathematical modeling . As a Full Academic of the Ukrainian Academy of Engineering Sciences (2023) and a member of the Ukrainian Society for Non-Destructive Testing (2019), he contributes to technological advancements. His participation in scientific councils, faculty leadership, and interdisciplinary research collaborations enriches his professional growth . Dedicated to innovation, he mentors students, advances sustainable development in technical sciences, and publishes influential research in high-impact journals 
.
Research Focus
Dr.Volodymyr Tychkov research spans multiple domains, including analytical instrumentation, non-destructive testing, and mathematical modeling 
. His work in optimizing primary converters for automatic control systems in process water management has contributed to industrial efficiency and sustainability . He specializes in developing computational methods for improving electromagnetic field analysis, sensor technology, and artificial intelligence applications . His expertise extends to eddy current testing, environmental safety, and data-driven decision-making . With over 290 publications, he significantly impacts technological innovations in automation, electronics, and materials science, collaborating with global research communities to advance engineering solutions .
Awards & Honors
- Full Academic (2023) – Academy of Engineering Sciences of Ukraine
- Corresponding Member (2019) – Academy of Engineering Sciences of Ukraine
- Member (2019–Present) – Ukrainian Society for Non-Destructive Testing
- Deputy Head of Faculty for Research – Cherkasy State Technological University
- Member of the Scientific and Technical Council – Cherkasy State Technological University .
Publication Top Notes
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“Computer-economical optimization method for solving inverse problems of determining electrophysical properties of objects in eddy current structroscopy”
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“Application of Reduced Order Surrogate Models in Compatible Determination of Material Properties Profiles by Eddy Current Method”
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“The Inverse Problem of Determining Profiles of Electrophysical Parameters in Eddy-Current Structuroscopy Using Apriori Information on Multifrequency Probing”
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“RECONSTRUCTION OF ELECTROPHYSICAL PARAMETER DISTRIBUTION DURING EDDY CURRENT MEASUREMENTS OF STRUCTURAL FEATURES OF PLANAR METAL OBJECTS”