Department of Aircraft Radio-Electronic Systems Manufacturing
Major subject: Manufacture of electronic devices
Brief annotation of the major subject:
Students
study design, manufacture and operation of different electronic and radio-electronic devices,
including computerized aerospace complexes (avionics), means of protection of
information and objects, technical facilities of computer systems, radio-electronic household equipment.
4 years of training
Higher mathematics
Physics
Computer engineering and programming
Bases of materials science and materials of electronic
devices
Engineering and computer graphics
Mechanics
Life safety measures
Bases of ecology
Chemistry
Bases of radio electronics
Technical electrodynamics
Bases of material science and materials for electronic
devices
Physical bases of electronic devices
Bases of microelectronics
Element base of electronic devices
Analogue and digital electronics
Computational and microprocessor facilities
Physical-theoretical
bases of electronic devices construction
Bases of electronic devices designing
Design of electronic devices
Bases of electronic device production
Radio-technical systems
Bases of economy and organization of electronic device production
Antennas and radio wave propagation
Design and manufacture of microelectronic devices
Avionics
Household radio-electronic equipment
Electronic office systems
Global computer networks
1 years of training
Disciplines for special study
Electronic equipment designing
Control and test of electronic equipment
Bases of electronic equipment operation
Electronic equipment manufacturing
Automation of electronic equipment designing
System designing of electronic equipment
Specialized RES
Contemporary communication systems
Computerized integrated production of electronic
equipment
1 years of training
Disciplines for independent study
Electronic equipment designing
Control and testing of electronic equipment
Bases of electronic equipment operation
Technology of electronic equipment
Automation of electronic equipment designing
Optional disciplines (for independent choice)
Selected problems
of mathematical simulation of electronic equipment
System designing of electronic equipment
Experimental methods of electronic equipment study
Problematic aspects of radio electronics
3 years of training
1.
Remote aerospace study
2.
Radio engineering devices
and telecommunication means
3. Radio engineering and
television systems
Leading
instructors:
Ilyushko Viktor Mikhailovich - Professor, D. Sc.
1. Илюшко В.М. и др.
Научно-методологическое обеспечение управления сложными проектами. – Киев:
Техника, 2002 – 369 с.
Scientific-methodological support of complex projects control.
2. Илюшко В.М. и др. Применение
методов искусственного интеллекта в управлении проектами. – Харьков: 2002. –
474 с.
Application of artificial
intellect methods in projects control.
3. Илюшко В.М., Чередниченко
А.Н. Проектирование технологической структуры производственной системы /
технология приборостроения. – Харьков: ГП НИТИП, 2001. – 12-16 с.
Designing of technological structure
of production system.
Zhikharev Vladimir Yakovlevich - Professor, D. Sc.
1. Жихарев В.Я., Илюшко В.М.,
Чумаченко И.В. Проектирование электронных компиляторов. – Харьков: Факт, 1999.
– 88 с.
Electronic compilers designing.
2. Жихарев В.Я., Илюшко В.М.,
Чумаченко И.В. Математические основы проектирования рекурсивных автоматов с
программируемой логикой. – Харьков: Факт, 1999. – 143с.
Mathematical bases of designing of recursive units with programmed logics.
3. Жихарев В.Я., Илюшко В.М.,
Нечипорук Н.В., Чумаченко И.В. Методы проектирования символьных процессоров. –
Харьков: Факт, 2000. – 183 с.
Methods of symbolic
processors designing.
Babakov Mikhaeil Fedorovich - Professor,
Cand. Sc.
1. Бабаков М.Ф., Попов А.В.
Теоретические основы конструирования, технологии и надежности электронных
средств. – Харьков: ГАКУ ХАИ, 2000. – 167 с.
Theoretical bases of design,
technology and reliability of electronic equipment.
2. Бабаков М.Ф., Попов А.В.
Методы машинного моделирования в проектировании электронной аппаратуры. –
Харьков: НАКУ ХАИ, 2002. – 89 с.
Methods of computer modeling used in electronic equipment
designing.
3. Бабаков М.Ф. Анализ и
обеспечение надежности электронной аппаратуры при проектировании. – Харьков:
НАКУ ХАИ, 2002. – 90 с.
Design analysis and support of electronic equipment
reliability.
Department of Aircraft Radio-Electronic Systems Manufacturing
Major subject: Biotechnical and Medical Apparatuses and Systems
Brief annotation of the major subject:
Students
obtain basic higher education in the field of electronic apparatuses. The
preparation for the vocational activity in the fields of design, manufacture and maintenance is ensured: in computer
diagnostic systems ( electrocardiography, electroencephalography, rheography, spirography and the like.)
systems of ultrasonic, X-ray, gamma, NMR of visualization and laminography, therapeutic
electronic equipment, including UHF, SHF, MRT, IVT of therapy; technical equipment for ecological monitoring.
4 years of training
Higher
mathematics
Physics
Chemistry
Computer
engineering and programming
Engineering
and computer graphics
Mechanics
Bases
of material science and materials for electronic devices
Bases
of metrology, interchangeability and standardization
Software
of design-technological engineering
Bases
of automated design of electronic devices
Physical
- theoretical bases of electronic devices designing
Bases
of microelectronics
Life safety measures
Bases
of ecology
Introduction
to major subject
Bases
of radio electronics
Element
base of electronic devices
Bases
of human biology and anatomy
Bases
of biochemistry and biophysics
Bases of electronic devices designing
Bases
of electronic devices engineering
Bases
of electronic apparatuses manufacturing
Analog
and digital electronics
Computational and microprocessor means in electronic devices
Microwave engineering
Radio-electronic devices
Biomedical
measuring converters
Antennas and radiowave propagation
Mathematical methods of biomedical signals processing
Methods
of biomedical studies
Bases of interaction of physical and biological subjects
Information computer technologies
1 years of training
Disciplines for special study
Automation
of electronic equipment designing
Control
and test of electronic devices
Optimization
of engineering solutions
Bases of electronic equipment operation
System designing in electronic equipment production
Designing of biotechnical and medical devices and systems (BTMDS)
Engineering of BTMDS
Designing
of BTMDS
Automated systems of biomedical information processing
Diagnostic
devices and systems
Analytical
devices and systems
1 years of training
Disciplines for independent study
Selected problems of mathematical modeling of biological systems
Organization of research work
Problematic aspects of biomedical radio electronics
Optional disciplines (for independent choice)
Automated systems of biomedical information processing
Diagnostic
devices and systems
Analytical
apparatuses and systems
Therapeutic
devices and systems
3 years of training
Biomedical electronics
Leading
instructors:
Ilyushko Viktor Mikhailovich - Professor,
D. Sc.
1. Илюшко В.М. и др.
Научно-методологическое обеспечение управления сложными проектами. – Киев:
Техника, 2002 – 369 с.
Scientific-methodological support of complex projects control.
2. Илюшко В.М. и др. Применение
методов искусственного интеллекта в управлении проектами. – Харьков: 2002. –
474 с.
Application of artificial
intellect methods in projects control.
3. Илюшко В.М., Чередниченко
А.Н. Проектирование технологической структуры производственной системы /
технология приборостроения. – Харьков: ГП НИТИП, 2001. – 12-16 с.
Designing of technological structure
of production system.
Babakov Mikhael Fedorovich - Professor, D. Sc.
1. Бабаков М.Ф., Попов А.В.
Теоретические основы конструирования, технологии и надежности электронных
средств. – Харьков: ГАКУ ХАИ, 2000. – 167 с.
Theoretical bases of design,
technology and reliability of electronic equipment.
2. Бабаков М.Ф., Попов А.В.
Методы машинного моделирования в проектировании электронной аппаратуры. –
Харьков: НАКУ ХАИ, 2002. – 89 с.
Methods of computer
simulation in electronic equipment. designing
3. Бабаков М.Ф. Анализ и
обеспечение надежности электронной аппаратуры при проектировании. – Харьков:
НАКУ ХАИ, 2002. – 90 с.
Design analysis
and support of electronic equipment
reliability during designing.
Oleinik Vladimir Petrovich -
associate Professor, Cand. Sc.
1.
Терапевтические аппараты и
системы / В.П. Олейник, - Учеб. пособие. – Харьков: Нац. аэрокоссм. ун-т
“Харьк. авиац. ин-т.”, 2002. – 94с.
Therapeutic devices and systems.
2. Методы медико-биологических
исследований / В.П. Олейник, С.Н. Кулиш, В.Е. Овчаренко. – Учеб. пособие. – Харьков: Нац.
аэрокосм. ун-т “Харьк. авиац. ин-т”, 2003. - 45 с.
Methods of
biomedical studies.
3.
Гончаренко А.А., Грицай В.Г.,
Кулиш С.Н., Олейник В.П. Сверхпроводниковый приемник ИК излучения. /
Измерительная техника. – 1993, - № 6, - С. – 48 –50 .
Superconducting detector of IR radiation.