Professor, South Ural State University, Russia
Vladimir L. Kodkin is a distinguished professor in the Department of Electric Drive at South Ural State University, where he has made significant contributions to the fields of electric drives and automatic control systems since 1997. With extensive experience in engineering management, he combines academic excellence with practical insights, making him a leading figure in his field.
Profile
Scopus
Education π
Dr. Kodkin earned his Doctor of Engineering Science from South Ural State University in 1996 and his Candidate of Engineering Science (PhD in Engineering) from Kharkov Polytechnic Institute in 1986. He also holds a Master of Engineering degree from the Department of Energy Engineering at South Ural State University, completed in 1976.
Professional Experience πΌ
Dr. Kodkin has held a prominent position as a Professor in the Department of Electric Drive at South Ural State University since 1997. Prior to that, he served as an Engineer and General Manager in the Engineering Department from 1979 to 2007, showcasing his extensive experience in both academia and industry.
Teaching Experience π
Vladimir Kodkin teaches various courses, including Automatic Control Theory, Introduction to Electric Drive, and Qualimetry and Marketing of Electrical Goods. He specializes in structural methods of correction for electric drive dynamics, enhancing students’ understanding of nonlinear systems of regulation.
Research Interests π
His research interests encompass a wide array of topics, including:
- Electric drives
- Automatic control theory
- Non-linear automatic control systems
- High-accuracy stabilization and surveillance systems
- Electronic diagnostic equipment
- High-accuracy electrocardiography
- Rhythmocardiography
Publications Top Notes π
Dr. Kodkin has authored several notable publications, contributing to the advancement of control theory and electric drive systems. His works are published in reputable journals and books, including:
“Discreteness in Time and Evaluation of the Effectiveness of Automatic Control Systems: Examples of the Effect of Discreteness on Mathematical Patterns” (April 2020) – IntechOpen
“Nonlinear Dynamics of Asynchronous Drive: Engineering Interpretation and Correction Techniques” (August 2019) – IntechOpen
“Experimental Studies of Asynchronous Electric Drives with ‘Stepwise’ Changes in the Active Load” (February 2022) – IntechOpen
“Prospects for Increasing the Dynamic Efficiency of Asynchronous Double-Feed Machines and Wind Power Generators Using Structural Methods and Solutions” (March 2021) – IntechOpen
“Frequency Criterion for the Existence of Sliding Processes in Control Systems with an Arbitrary Variable Structure” (May 2024) – Springer