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€5,114.07/year
594 Points
Duration
2 Years
Language
English
Program Description
Practical experience of the Russian turbojet engineering school has become available for students from all over the world. The best technical solutions implemented in modern Russian jet engines and approved by years of reliable operation formed the basis of this master’s degree program. System approach combined with principles of jet engine life cycle management gives the graduates an ability to work with technical systems of any complexity.
System approach combined with principles of jet engine lifecycle management gives the graduates an ability to work with technical systems of any complexity.
System approach combined with principles of jet engine lifecycle management gives the graduates an ability to work with technical systems of any complexity.
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
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The curriculum focuses on studying all stages of jet engine lifecycle: from mathematical modeling of the combustion process and engine design engineering to the development of manufacturing methods and techniques for further maintenance.
Students have an opportunity to implement any breakthrough idea, check it in the light of all the experience of the MAI faculty members and test it in the university’s experimental facilities.
Students have an opportunity to implement any breakthrough idea, check it in the light of all the experience of the MAI faculty members and test it in the university’s experimental facilities.
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Foreign language 3
Philosophy and Methodology of Science and Technology
Selected Chapters in Higher Mathematics
Viscous Fluid Dynamics
Air Jet Engine Engineering
CAD/CAE Tools
Project Management
Test Planning
Fracture Mechanics
Advanced Air Jet Engines CAD Technologies
Advanced Air Jet Engine Processes Control
Advanced Materials Processing
Advanced Air Jet Engine Systems and Components Engineering
Avanced Air Jet Engines Impeller Machines 3D Modelling
Avanced Air Jet Engines Impeller Machines Gas Dynamics
Air Jet Engines Inlet/Outlet Gas Dynamics
Air Jet Engine In-take and Nozzles Engineering
Learning Research Practice
Learning Introductory Practice
Pre-Graduate Practice
Research Practice
Research in Semester
Philosophy and Methodology of Science and Technology
Selected Chapters in Higher Mathematics
Viscous Fluid Dynamics
Air Jet Engine Engineering
CAD/CAE Tools
Project Management
Test Planning
Fracture Mechanics
Advanced Air Jet Engines CAD Technologies
Advanced Air Jet Engine Processes Control
Advanced Materials Processing
Advanced Air Jet Engine Systems and Components Engineering
Avanced Air Jet Engines Impeller Machines 3D Modelling
Avanced Air Jet Engines Impeller Machines Gas Dynamics
Air Jet Engines Inlet/Outlet Gas Dynamics
Air Jet Engine In-take and Nozzles Engineering
Learning Research Practice
Learning Introductory Practice
Pre-Graduate Practice
Research Practice
Research in Semester
Careers
Students can select one of the following specializations:
- Combustion process modeling
- Jet design engineering
- Manufacturing techniques
Either of these fields is in high demand for the aerospace industry, so the program graduates can easily enter any of the world hi-tech majors, such as:
- Boeing
- Airbus
- Embraer
- Rolls-Royce
- Pratt&Whitney
- Siemens
- GE Power
- Sauer
- Subaru
More
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