Olga Tolochko
O.I. Tolochko received the academic title of professor in 2006, and the scientific degree of Doctor of Technical Sciences in 2005.
Until 2014, she worked at the Donetsk National Technical University (DonNTU), Krasnoarmiysk, as a professor, as well as a leading researcher and head of state affairs.
Since 2014, he has been working at the department of automation of electromechanical systems and electric drive of the FEA at KPI.
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Teaches disciplines:
- Mathematical methods in electromechanics;
- Course work on the theory of automatic control;
- Modeling and analysis of electromechanical systems in MATLAB;
- Optimal and intelligent control systems.
Research activities:
The main publications of the teacher – by link.
Implementation of the GDR
1. Research, development and implementation of measures that improve the performance of electric drives of the Blooming 1100 EMZ (state registration number 76058391).
2. Development and development of combined control systems for electric drives of the crimping mill 950/900 (state registration number 01823025591).
3. Development and research of digital positional electric drive systems with combined control and issuance of engineering methods for their adjustment (state registration number 01828007172).
4. Development and implementation of optimal microprocessor systems for automatic control of pressure screws of crimping rolling mills (state registration number 01860003014).
5. Development and implementation of methods for adjusting valve actuators with improved dynamic properties and programs for digital modeling of standard actuators based on a generalized structure (state registration number 77064593).
6. Research of modern control systems of direct current metallurgical electric drives and development of their adjustment methods (state registration number 81101326).
7. H4-99 “Modern methods of analysis and synthesis of electromechanical systems”
8. D10-01 “Development of the theory of analysis and synthesis of automatic control systems with state observers” (state registration number 0101U001193).
9. D04-04 “Development of the theory of polynomial synthesis on the example of automatic control systems of electromechanical objects” (2004-2006, state registration number 01040002390).
10. D4-07 “Optimization of the functioning of electromechanical systems with digital regulation” (2007-2009, No. Dr. 0107U003033).
11. D2-10 “Optimal digital control of positional electric drive systems” (from 2010-2012, No. d/r 0110U001052)
12. H4-10 “Research of modern complete electric drive systems” (2010-2014)
13. D15-05 “Development of control systems for crane mechanisms that provide damping of vibrations of long structures and moving loads” (2015-2016)
