Department of Life Safety Measures

Major subject: Life Safety Measures

Brief annotation of the major subject:

Students study different problems of design of technological processes and productions from the point of view of their safety, find harmful and dangerous production factors, which influence upon man during the designing, operations and utilizations of airplanes and helicopters, and also methods of their detection and prognostications, based on the theory of risk.

Students study different life-support systems of airplanes and helicopters, aerospace productions, methods of their design, which make it possible to ensure safety of man at each stage of life cycle of airplanes and helicopters

 

BACHELOR’S degree

4 years of training

Natural sciences disciplines

Higher mathematics
Physics
Computer facilities and programming
Engineering and computer drawing
Theoretical mechanics
Mechanics of materials and structures
Aircraft material science
Bases of ecology
Chemical analysis of substances
Thermodynamics and heat transfer

Vocational and practical disciplines

Life safety measures
Engineering bases of aerospace machinery
Structure and safety of life-support system
Electrical engineering and electronics
Physical chemistry bases of technological processes
Aerodynamics of buildings and constructions
Methods and facilities for biosphere protection activity
Elements of life-support and safety systems of ground-based objects
Design of life-support system elements
Manufacturing of aerospace engineering elements
Safety of manufacturing processes
Tests of life-support system elements
Reliability and effectiveness of aerospace engineering machines
Bases of simulation of aerospace engineering objects

 

SPECIALIST’S degree

1 years of training

Norm disciplines

Disciplines for special study

Functional and data-measuring systems
Special sections of mathematics and mechanics

Optional disciplines (for independent choice)

Students’ research activity
Utilization of aerospace technology
Special technologies in aerospace engineering
Safety of non-production objects
Technogenic safety
Life-support system design
Integrated technologies of aerospace engineering designing

MASTER’S degree

1 years of training

Norm disciplines

Disciplines for special study

Functional and data-measuring systems
Special sections of mathematics and mechanics

Optional disciplines (for independent choice)

Students’ research activity
Utilization of aerospace engineering
Special technologies in aerospace engineering
Safety of non-production objects
Technogenic safety
Life-support system design
Integrated technologies of aerospace engineering designing
Safety and reliability of life-support systems
Automated control of life-support systems
Design of aerodrome systems
Aircraft safety

 

Leading instructors:

Kobrin Vitaly Nikolayevich – Professor, D. Sc.

Main published works:

  1. Технологія виробництва літальніх апаратів з компазиційних матеріалів / С.А. Бичков, О.В. Гайдачук, В.Є. Гайдачук, В.Д. Гречка, В.М. Кобрін. Під ред члена-кореспондента ІАУ, д-ра техн. наук, професора В.Є. Гайдачука, – К.: ІСДО – 1995. – 376 с.

    2. Manufacture of aircraft made of composites.

  2. Сборочно-монтажные и ремонтно-восстановительные работы в космическом производстве: Уч. пособие для вузов / А.П. Александров, В.Д. Гречка, В.Н. Кобрин, О.С. Цыганков. – Харьков: Харьк. авиац. ин-т, 1990. – 248 с.

    3. Erection and reconditioning in aerospace industry.

  3. Безпека життєдіяльності при проектуванні та виробництві аерокосмічних літальних апаратів: Навч. посібник / Азаревич О.Я., Кобрін В.М. та ін. – Харьков: Харьк. авиац. ин-т, 1997. – 365 с.

Life safety measures in aircraft design and manufacture.

Gaidachuk Alexandr Vitaliyevich - Associate Professor, Cand.Sc.

Main published works:

  1. Гайдачук А.В. Научные основы безопасной технологии производства летательных аппаратов из полимерных композиционных материалов // Материалы XXII Междунар. науч.-практ. конф. “Композиционные материалы в промышленности” - Ялта: Укр. инф. центр “Наука. Техника. Технология”, 2002. - С. 30-31.

    2. Scientific bases of safe production of aircraft made of composites.

  2. Гайдачук А.В. Безопасная технология механических испытаний образцов композиционных материалов в экстремальной среде эксплуатации // Авиационно-космическая техника и технология: Тр. Нац. аэрокосм. ун-та им. Н.Е. Жуковского “ХАИ”. – Х.: Нац. аэрокосм. ун-т им. Н.Е. Жуковского “ХАИ”. – 2002. – Вып. 33. – С. 72-78.

    3. Safe technique used in mechanical tests of composite samples in extreme operation medium.