Aircraft and helicopter construction
Structure, aerodynamics and control system of aircraft; aircraft components manufacturing; assembling and testing of aircraft; materials engineering; welding, coating and quality control; test beds; computer-integrated manufacturing equipment; information and science-intensive technologies: laser, plasma and ultrasonic.
Life-support systems and equipment of aircraft
Life-support systems for standard and emergency operating conditions; conditioning and ventilation systems of pressurized cabins; aircraft emergency rescuing systems; fire protection systems; de-icing and anti-icing systems; high-altitude equipment (altitude suits, oxygen breathing apparatuses, special outfit); computer-aided system optimization.
Aerodynamics
Mathematics; physics; computer science; fluid mechanics; aerodynamics and flight dynamics of aircraft; computational mathematics; numerical computational methods; experimental aerohydrodynamics.
Dynamics and strength of aircraft
Applied mechanics; continuum mechanics; strength, reliability and safety of aircraft structures and equipment; computer science; programming; computer-aided design.
Low-temperature physics and engineering
Thermal physics; generation, transfer and transformation of heat (cold); facilities for cooling, air conditioning and heat supply; household, office, car and industrial air conditioners; computer simulation of thermal processes; power- and resource-saving technologies.
Destruction weapon and ammunition
Explosion and shock physics; computer simulation of quick-running processes; external and internal ballistics; development, production and testing of ammunition and destruction weapon; machine tool technologies; explosion technologies; destructive effects of explosion and shock; explosion safety; economics.
Plastic metal working technology and equipment
Materials science; constructional material technology; automated production systems; basic principles, technology and equipment for plastic metal working of all kinds: sheet and plate forming, die forging, forging and drawing.
Environmental engineering
Engineering system reliability; industrial production safety; environmental monitoring of oil and gas industry; ecological expertise; air, water and land conservation; low-waste and resource-saving technologies for the fuel and power complex; nature management; nature conservation economics; computer simulation of emergency situations and environmental disasters caused by industrial and economic activity of man.
Manufacturing processes and production safety
Industrial ecology; technical system reliability and industrial production safety; history of natural and technological disasters; emergency condition diagnostics; safety in emergency situations; computer simulation and design of bioecological protection systems; economics; insurance.
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Basic Vocabulary
| aircraft | - ; |
| to be concerned with | - , - |
| design (ing) | - |
| society | - |
| increasingly sophisticated | - |
| solution | - |
| competitive markets | - |
| application | - ; |
| advanced tools | - |
| array | - |
| scholar | - |
| to apply | - ; |
| latest achievements | - |
| aerospace | - |
| national economy | - |
| objective | - |
| to enhance | - |
| probability | - |
| creativity | - , |
| scholarly accomplishments | - |
| teaching staff | - - |
| to review | - |
| curriculum (pl.-a) | - ; |
| to ensure | - ; |
| to fulfill the needs | - |
| to be secure | - , |
| core (major) subjects | - |
| depth course | - |
| related field | - () |
| coherent | - ; |
| complementary | - |
| academic staff | - - |
| research-productive | - -; - |
| currently | - |
| corresponding member | - - |
| holder of the doctoral degree | - |
| to contribute | - ; |
| multi-level education scheme | - |
| baccalaureate (undergraduate) course | - |
| postbaccalaureate (graduate) course | - |
| to confer a degree | - |
| associate degree | - |
| Bachelor of Science(B. Sc.) | - |
| Master of Science (M. Sc.) | - |
| accelerated programme | - |
| vocational school | - - |
| to pursue research | - |
| to undertake a programme | - |
| to attain proficiency | - , |
| research-oriented | - |
| to reveal | - ; |
| assessment | - ; |
| defense | - |
| facilities | - ; |
| to conduct research | - |
| instructional laboratory | - |
| up-to-date | - |
| full-time | - |
| part-time | - ; |
| to strive | - |
| academic and research enrichment | - |
| design office | - |
| to seek (sought) | - |
| city council | - ; |
| tutorial | - ; |
| to allocate | - |
| supervisor | - |
| entirely | - ; |
| wholly | - ; |
| in close collaboration | - |
| to encompass | - |
| life-support systems | - |
| strength of aircraft | - |
| destruction weapon | - |
| ammunition | - |
| plastic metal working | - |
| environmental engineering | - () |
| manufacturing processes | - |
| safety | - |
| compulsory | - |
| 1. materials engineering welding coating test-beds computer-integrated manufacturing equipment science-intensive | - - - - - - |
| 2. standard and emergency operating conditions emergency rescuing pressurized cabins fire protection systems de-icing / anti-icing systems high-altitude equipment altitude suit special outfit computer-aided system optimization | - - - - - - - - - |
| 3. computer science fluid mechanics numerical | - - - |
| 4. continuum mechanics computer-aided design | - - |
| 5. transfer heat supply household simulation power- and resource-saving | - - - - - - |
| 6. explosion and shock physics quick-running processes machine tool technologies | - - - |
| 7. materials science sheet forming die forging drawing | - - - - - |
| 8. engineering system reliability air, water and land conservation low-waste resource saving nature management nature conservation economics environmental disasters | - - , - - - - - |
| 9. emergency situations emergency conditions insurance | - - - |
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