Rate My Professor Yury Svinarov

Yuriy Nikolaevich Svinarov serves as Vice-Rector for Scientific and Pedagogical Work and Information Technologies at Odesa National Polytechnic University, located at Shevchenko Avenue 1, Odessa, Ukraine. Holding a Candidate of Technical Sciences degree and the academic rank of Associate Professor, he oversees key aspects of the university's academic programs, research activities, and information technology infrastructure. His office is situated in room 119 of the GUK building, where he conducts receptions for personal matters on Mondays and Wednesdays from 15:00.

Svinarov's scholarly contributions are centered in engineering mechanics, theory of mechanisms and machines, biomechanics, and computational modeling. His Google Scholar profile lists 13 citations and highlights interests in mechanics, robotics, and biomechanics. Key publications include the textbook 'Theoretical Foundations of Engineering Mechanics' (2015, co-authored with A.F. Dashchenko, I.M. Belokonev, and L.V. Kolomiets), which covers core principles of the discipline. Another significant work is 'Theory of Mechanisms and Machines: Automated Calculations in Microsoft Excel' (2011, with A.F. Dashchenko and L.V. Kolomiets), facilitating practical computations for students and researchers. He also authored 'Kinematic Calculations of Spatial Mechanisms by Numerical Methods' (2004) and contributed to 'Engineering Mechanics: Automated Calculations of Mechanisms and Machines in Microsoft Excel' (2006, with A.F. Dashchenko, I.M. Belokonev, L.V. Kolomiets, and others).

Recent research focuses on biomechanical applications, such as 'Computer Modeling and Numerical Analysis of the Prosthesis to Fix the Forearm Fractures' (2015, with O.F. Dashchenko and O.M. Lymarenko). In 2025, he co-authored papers on mathematical modeling of osteosynthesis for talus neck and calcaneus bone fractures, experimental studies of calcaneus fracture stability, and stress-strain state analysis in forearm transosseous osteosynthesis. Earlier efforts include identification of kinematic chains in structural synthesis of spatial mechanisms (1997, with I.M. Belokonev) and models for risk accounting in real investment efficiency (2004, with A.P. Lysyuk and S.S. Shapoval). Associated with the Department of Theoretical Mechanics, his work bridges theoretical foundations and applied innovations in mechanical engineering.