Postgraduate school at the Department of AEMS-ED
Postgraduate and doctoral studies are forms of training of scientific and pedagogical and scientific personnel of the highest qualification. Postgraduate and doctoral studies are conducted at higher educational institutions of the third or fourth levels of accreditation and postgraduate educational institutions equated to them, in scientific institutions with highly qualified scientific and pedagogical and scientific staff, modern research, experimental and material base.
AEMS-ED Postgraduate (PhD) and undergraduate Training Program 2019
AEMS-ED Postgraduate (PhD) and undergraduate Training Program 2020
Postgraduate students, applicants and doctoral students are trained in the following specialties:
- 05.13.07 – “Automation of control processes”;
- 05.09.03 – “Electrical complexes and systems”.
According to the specified specialties in NTUU “Igor Sikorsky KPI” there are specialized councils for the defense of dissertations.
Current state
Currently, four second-year postgraduate students are studying in the postgraduate school of the department: Anna Zemlyanukhina, Yevhen Nikonenko, Danylo Kalugin and Oleksiy Burmelyov; and one 1st year postgraduate student Dmytro Rodkin. They take an active part in research, organizational and pedagogical work of our department.
Work curricula, syllabi and educational programs are uploaded in the Disciplines page.
Recent candidates and doctors of sciences
Congratulations to the recently defended doctor of technical sciences Kovbasa S.M. and candidate of technical sciences Zaichenko Y.M.!
Postgraduate students who are now preparing for their defenses are Zhelinsky M.M. and Reshetnyk V.S. We wish them productive training and successful defense!
Short summary (history from ~ 2000 till 2021)
In the last 17 years, the number of students studying in the postgraduate school and those who recieve the degree of Candidate of Technical Sciences is four per year in average. During this period, 15 candidate dissertations (CD) and 3 doctoral dissertations (DD) were defended, prepared on our department
| Date |
Name of the applicant |
Name of the supervisor |
Title of the dissertation CD or DD |
Specialty |
| October 6, 2020 |
Zaichenko Yu.M. |
ScD, prof. Peresada S.M. |
Adaptive control of the active power filter with selective harmonic compensation properties |
05.09.03 |
| June 30, 2020 |
Kovbasa S.M. |
ScD, prof. Peresada S.M. |
Development of the theory of sensorless vector control of electromechanical systems with induction motors |
05.09.03 |
| April 2017 |
Oboronov T. Yu. |
PhD, assoc. prof. Pechenik M.V. |
Models and diagnostic tools of energy and technical condition of synchronous electric drive of pumping units |
05.09.03 |
| September 2017 |
Pugach G. |
ScD, prof. Tolochko O.I. |
Development of artificial skin for the study of physical and social interactions in human-like work |
tel-01724163 |
| December 2016 |
Pushkar M.V. |
к.т.н., доц. Печеник
М. В. |
Self-excitation and regulation in autonomous power generating systems with induction generators |
05.09.03 |
| June 29, 2016 |
Konoplinsky M.A. |
ScD, prof. Peresada S.M. |
Adaptive vector control of induction motors on variations of stator and rotor resistances |
05.09.03 |
| June 10, 2016 |
Prystupa D.L. |
ScD, prof. Peresada S.M. |
Electrical parameters identification of induction motors for self-commissioning of vector-controlled drives |
05.09.03 |
| December 28, 2015 |
Dymko S.S. |
ScD, prof. Peresada S.M. |
Vector control of induction motors with maximization of the stator torque-current ratio |
05.09.03 |
| May 2015 |
Trandafilov V.M. |
ScD, prof. Peresada S.M. |
Vector control of induction motors invariant to variations of rotor active resistance |
05.09.03 |
| May 2015 |
Burik M.P. |
ScD, prof. Ostroverkhov M. Ya. |
Electric drives of subordinate structure with properties of low sensitivity to parametric and coordinate perturbations |
05.09.03 |
| July 2013 |
Bovkunovich V.S. |
ScD, prof. Peresada S.M. |
Indirect vector control of induction motors with robustness properties and adaptation to changes in rotor active resistance |
05.09.03 |
| February 2013 |
Buryan S.O. |
ScD, prof. Popovich M.G. |
Extreme energy efficient electromechanical automation systems for multi-unit pumping units |
05.09.03 |
| January 2013 |
Ostroverkhov M. Ya. |
ScD, prof. Popovich M.G. |
Electromechanical systems based on non-contact actuators for automatic control of staff parameters during continuous rolling |
05.09.03 |
| January 2010 |
Toropov A.V. |
ScD, prof. Kudin V.F. |
Suboptimal nonlinear control of the electric drive of the system of stabilization of cutting force at metalworking |
05.13.07 |
| October 2009 |
Sokolovsky O.F. |
ScD, prof. Popovich M.G. |
Electromechanical systems of automation of multiaggregate pump installations at energy and resource-saving management |
05.09.03 |
| June 2007 |
Peresada S.M. |
ScD, prof. Popovich M.G. |
Nonlinear and adaptive control in electromechanical systems with vector-controlled electric motors |
05.09.03 |
| June 2007 |
Korol S.V. |
prof. Peresada S.M. |
Vector control of mechanical coordinates and reactive power in electromechanical systems based on double-fed induction machines |
05.09.03 |
| October 2004 |
Kovbasa S.M. |
prof. Peresada S.M. |
Induction motor vector control system with robustness properties to rotor active resistance variations |
05.09.03 |
An extensive list of defended PhD and ScD theses.
