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€5,172.81/year
594 Points
Duration
2 Years
Language
English
Program Description
Do you aspire to be a creator of airliners and unmanned aerial vehicles, discover new principals of flight mechanics and structural engineering, be keen on management at all stages of aircraft life cycle and become a professional aircraft designer? We prepared a master’s degree program for those who wish to be leaders in high-tech industry of the future.
The legendary Russian aircraft designer Dr. Mikhail Pogosyan, Member of Russian Academy of Sciences, is the academic director of the program. Lectures and workshops are guided by high-profile professionals from principal Russian aircraft design bureau such as Sukhoi, Mig, Ilyushin, Beriev, Tupolev. Students get acquainted with all types of airplanes designed in Russia that give them broad visioning skills.
The legendary Russian aircraft designer Dr. Mikhail Pogosyan, Member of Russian Academy of Sciences, is the academic director of the program. Lectures and workshops are guided by high-profile professionals from principal Russian aircraft design bureau such as Sukhoi, Mig, Ilyushin, Beriev, Tupolev. Students get acquainted with all types of airplanes designed in Russia that give them broad visioning skills.
Entry Requirements
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Education
Bachelor's Degree
6
or
Degree from Greek State Technical Insitute TEI (Ptychio)
6
English Level
Cambridge Proficiency (CPE)
C
or
Cambridge Advanced (CAE)
C
or
IELTS
5
or
TOEFL (internet based)
46
or
PTE
42
Required Documents
Certified Copy of the Degree Certificate/Diploma
Certified Copy of the English Certification
ID Certified Copy
Passport Certified Copy
Detailed Transcript
Student Visa
Notes:
Additional Requirements:
- Bachelor’s Degree Diploma relevant to the chosen Master’s program.
- Pass the online entrance exams. Students take written exams in accordance with the chosen program.
- 10 photos, size 3×4 cm.
- Original of HIV and AIDS testing medical certificate and a certificate with medical examinations (tuberculosis, syphilis, hepatitis, narcotism, lepra, Chlamidia lymphogranuloma (venereal), chancroid) and vaccination certificate (against hepatitis, whooping cough, tetanus, mumps, diphtheria, measles, roetheln, tuberculosis).
- Original or copy of COVID-19 testing medical certificate (negative, not earlier than 3 days before arrival and placement).
- To study at English-medium programs, your level must be at least B1.
Curriculum
|
We pursue a comprehensive approach to aircraft design engineering paying attention to features of manufacturing technologies and subsequent maintenance.
Theoretical studies focus on aerodynamics and flight mechanics.
The curriculum includes practical training on using CAD-software systems and courses on methods for prospective aircraft structures engineering.
Students start work on their own research projects from the first term of the program.
Theoretical studies focus on aerodynamics and flight mechanics.
The curriculum includes practical training on using CAD-software systems and courses on methods for prospective aircraft structures engineering.
Students start work on their own research projects from the first term of the program.
|
Academic Seminar
Foreign language
System Engineering
Advanced Computing Techniques
Solid Mechanics
Academic English
Matrix Theory
Introduction to Chinese Culture
Cultural Science
Introduction to Composite Materials Mechanics
Aircraft Engineering
FEM for Composite Materials Analysis
Engineering and Practice
Aviation Project Management
Composite Materials Structural Stability and Testing
Composite Materials Airframe Manufacturing Processes
CAD Tools
Aircratf Composite Material Modules Engineering
Aircraft Metal Modules Engineering
Composite Materials Airframe System Engineering
Metal Airframe System Engineering
Advanced Composite Materials In Aviation
Advanced Materials and Technologies
Certification of Composite Materials Airframe
Flight Worthiness Rating
Learning Practice
Production Practice
Engineering Practice
Pre-Graduation Practice
Research in Semester
Foreign language
System Engineering
Advanced Computing Techniques
Solid Mechanics
Academic English
Matrix Theory
Introduction to Chinese Culture
Cultural Science
Introduction to Composite Materials Mechanics
Aircraft Engineering
FEM for Composite Materials Analysis
Engineering and Practice
Aviation Project Management
Composite Materials Structural Stability and Testing
Composite Materials Airframe Manufacturing Processes
CAD Tools
Aircratf Composite Material Modules Engineering
Aircraft Metal Modules Engineering
Composite Materials Airframe System Engineering
Metal Airframe System Engineering
Advanced Composite Materials In Aviation
Advanced Materials and Technologies
Certification of Composite Materials Airframe
Flight Worthiness Rating
Learning Practice
Production Practice
Engineering Practice
Pre-Graduation Practice
Research in Semester
Careers
Deep knowledge, experience and practice skills received while studying allow the graduates of the program to join the principal corporations in aerospace industry and become leaders of the aircraft project team in the future.
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