Department of Aircraft Control Systems

Lines of prepration: Aviation and cosmonautics. Computerized systems, automation and control.

Major subjects: Systems of Control and Automation.  Control Systems of Flying Machines and their Complexes.

Direction: Avionics

 

Brief annotation of the major subject:

Students learn how to design by mean of up-dated informartion technologies and how to control various aerospace, power and other objects and processes as well as how to develop optimal and intelligent algorithms of control, use principles of control in technical and man-machine systems, develop architecture of computer systems and use computers to solve the problems of control of objects in real time; students also learn how to create software of computer intelligent control systems by applying up-dated technologies of visual programming.

 

 

BACHELOR’S degree

 

4 years of training

 

Natural sciences disciplines

 

Higher mathematics

Theory of probability and mathematical statistics

Experimental and theoretical physics

Chemistry

Theory of magnetic and circuits

Life activity safety

Mechanical engineering

Engineering and computer graphics

Theory of automated control

Metodology, measurement and standartization

Investigation of operations and mathematical programming

 

Vocational and practical disciplines

 

Information science

Object-oriented programming

Electronics and circuit engineering

Basis of discrete mathematics

Theory of information and coding

System programming

Control system and automation elements and devices

Architecture of computer systems

Design of devices and control systems

 

 

SPECIALIST’S degree

 

1,5 years of training

 

 

 

 

Norm disciplines

Disciplines for special study

 

Special sections of mathematics and mechanics

 

Optional disciplines

 

Digital automated control systems

Interfaces of control systems

Integrated computer systems of designing

Space aircraft and systems control

Systems of orientation and stabilization

Guiding and navigation systems

Designing of devices and control systems

Servodrives of control systems

 

 

MASTER’S degree

 

1,5 years of training

 

Norm disciplines

Disciplines for independent study

 

Special sections of mathematics and mechanics

 

Optional disciplines (for independent choice)

 

Digital automated control systems

Interfaces of control systems

Integrated computer systems of designing

Space aircraft and systems control

Systems of orientation and stabilization

Guiding and navigation systems

Introduction into the theory of neuronetworks and neorosignals. Intelligent automated control systems.

Adaptive and optimalautomated control systems.

 

PhD degree

 

3 years of training

 

Major subjects:

 

1.      Control systems and processes

2.      Automated control systems and advance information technologies

 

 

 

Leading instructors:

 

Kulik  Anatoly Stepanovich - Professor, D. Sc.

 

Main published works:

 

1.      Anatoly Kulik, Nataliya Razinkova. Algorithmic fault – tolerance support for a gyroscopic – sensor unit// 3 rd IFAC Symposium on Intelligent Autonomous Vehicles (IAV‘98) Universidad Carlos III de Madrid, Madrid, Spain, March 25 – 27, 1998.

2.      Kulik A.S. Fault Diagnosis in Dynamic Systems via Signal–Parametric Approach // IFAC/IMACS Symposium on Fault Detection, Supervision and Safety for Technical Process – SAFEPROCESS’91, Sept. 10 – 13, BadenBaden /FRG.–1991. Vol. B.– pp. 111 – 117.

3.      Кулик А.С. Сигнально – параметрическое диагностирование систем управления – Харьков: Гос. Аэрокосмический университет «ХАИ», Бизнес Информ, 2000.– 260 с.

Signal-parametric diagnosis of control systems.

 

Batayev Victor Alexandrovich – Associate Professor, Cand. Sc.

 

Main published works:

 

1.      Прецизионная система ориентации и стабилизации космического аппарата «Спектр»// 46-й Конгресс Международной федерации астронавтики. Тезисы докладов,  Осло, Норвегия.–1995.

“Spectr” space aircraft precision stabilization and orientation system.

 

2.      Yakov Yе. Eisenberg. Victor A. Batayev. High Accuracy Stabilization System of Launch Vehicle with Asymmetric Configuration when One Engine Failure is Possible// 48 th IAF Congress, Turin, Italy, 1997.

 

Kortunov  Vyacheslav Ivanovich – Associate Professor, Cand. Sc.

 

Main published works:

 

1.      Кортунов В.И., Кулик А.С. Алгоритмический контроль работоспособности реактивных двигателей космического летательного аппарата // Космічна наука і технологія. – 2001. – Т.7. – № 5/6. – С. 8 –12.

Algorithmic control of operational capability of space craft jet engines.

 

2.      Кортунов В.И. Робастная фильтрация на основе итерационно-инверсных моделей // Зарубежная радиоэлектроника. Успехи современной радиоэлектроники. – 2002. – №4. – С. Н – 64

Robust filtration on basis of iterated-inverse models.

 

3.      Кортунов В.И. Синтез номинальных моделей в задачах управления и наблюдения // Радиоэлектроника и информатика. Харьков: ХДТУРЭ, 2002. – №1. – С. 45 – 49.  

Synthesis of nominal models within the problems of control and observation.