The program integrates the theoretical, computational and experimental aspects of aerodynamics to make the complete picture in this field of science. Curriculum combines classical methods and modern trends.
The alumnus will have the knowledge and skills in analytical, computational and experimental methods of aeromechanics and aerodynamics which enables him to solve the wide spectrum of theoretical and practical problems of aerospace science.
Προϋποθέσεις Εισαγωγής
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Κορμός Μαθημάτων
1ο Εξάμηνο
Russian as a Foreign Language
Physics. Laws of Conservation in Mechanics and Aerodynamics
Program Orientation Course
Essentials of Fluid Mechanics
High-speed Aerodynamics
Basics and Applications of CFD
Analytical Methods in Aeromechanics
Numerical Methods of Aerodynamics for Multi-disciplinary Design
2ο Εξάμηνο
Russian as a Foreign Language
Physics. Laws of Conservation in Mechanics and Aerodynamics
Gas Dynamics of Combustion
Analytical Methods in Aeromechanics
Computational Aerodynamics
Unsteady Aeromechanics
Typical CFD Problems
3ο Εξάμηνο
Russian as a Foreign Language
History, Philosophy and Methodology of Natural Science
Physical Foundations of the Industrial Wind Tunnel Test
Turbulence
Aeroacoustics of Aircrafts
Environmental Issues for Aviation (Aviation Ecology)
4ο Εξάμηνο
Personal Research Project
Pre-graduation Practice
Επαγγελματικές Προοπτικές
Alumni participate in innovative research projects and work in leading companies
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