MOSCOW AVIATION INSTITUTE

MOSCOW AVIATION INSTITUTE (MAI)

MAI is one of the most popular universities in the field of aerospace training and in other high-tech industries. The University has its focus on the development of areas such as Aircraft, Space and Energy systems, IT, new materials and production technologies, the multifaceted use of aerospace and digital technologies.
Moscow Aviation Institute (National Research University) founded in 1930 is one of several major engineering higher education establishments in Moscow. Since its inception MAI has been spearheading advances in aerospace technology both within Russia and worldwide. The university laid emphasis on laboratory instruction in applied science and engineering, specific to demands of the aerospace industry. During the Post-War period, the university expanded and assimilated new technologies during the Jet age. Research conducted in the university contributed to heralding the space age.

The university has to its merit more than 160000 specialists, 250 chief designers in the Aerospace Industry. 50 Academicians of the Russian Academy of Sciences, 22 cosmonauts, 100 test pilots and 60 Olympic champions in different sports.

Currently, MAI is the only university in Russia, which provides highly qualified personnel for the entire product life cycle in the aerospace industry, from system design to implementation of cutting edge technologies.

The present-day MAI is a unique institute of higher education where thorough theoretical knowledge are combined with various practical skills. More than 120 laboratories, 3 student design offices, 3 specialized resource centers, an experimental-design factory, and an aerodrome are available for the students.

In 1993 Moscow Aviation Institute was given one more name: “State Technological University”. To date, the development in the field of aeronautics and astronautics is based mostly on the activities of institute professors and alumnus of the university.

Moscow Aviation Institute is a large scientific research center. Significant scientific ideas are developed here; new technological principles are discovered; new devices are invented and constructed. Five fundamental scientific discoveries for dynamic systems have been patented; the opto-electronic device “Photon” designed here is now operating in outer space; innovative power sources based on new principles invented and constructed here are currently used in aircraft and aerospace system units, etc.

In October 2009, the MAI was ranked among the 12 best universities of the Russian Federation. The rank of a “National research university” was conferred to the institute by decision of the Russian Government.

On 31 March 2015 the Ministry of Education reorganized Moscow Aviation Institute (MAI) by annexation of the Russian State Technological University named after Tsiolkovsky (MATI).

SCHOOLS

School No 01. Aeronautical Engineering
School No 02. Engines for Flying Vehicles
School No 03. Control Systems, informatics and electropower systems
School No 04. Radio Electronics for flying vehicles
School No 05. The Institute of Business Engineering MAI
School No 06. Astronautical and rocket engineering
School No 07. Robotic and Intelligent Systems
School No 08. Applied Mathematics and Physics
School No 09. Applied Mechanics
School No 10. Social engineering
Faculty of the Foreign Languages
Preparatory School

FACULTIES

Bachelor’s Degree Programs

Master’s Degree Programs

Postgraduate Programs

STUDY PROGRAMMES

BACHELOR DEGREES

  • FORM OF ATTENDANCE : Full – Time
  • DURATION : 4 Years
  • TUITION FEES : Russian – 4400 USD per year / English – 6000 USD per year
  • ENTRY REQUIREMENTS : 3 Simple passes in Advanced Level Examination
  • REQUIRED DOCUMENTS :
    • Valid Passport
    • O/L, A/L Educational Certificates
    • Full Medical Report
    • Birth Certificate
  • INTAKE : September
  • PRINCIPAL SUBJECTS :
    • Methods for aircraft design engineering
    • Flight mechanics
    • Thermodynamics and heat transfer
    • Material science and strength theory
    • Product lifecycle management in aviation industry
    • Methods for modeling in CAD software systems
  • CAREER OPPORTUNITIES : The graduates possess high competencies for quickly entering the workflow being employed by world majors of aerospace industry such as Boeing, Airbus, Embraer, Thales, COMAC, ATR, Cessna, Fokker, Hindustan Aeronautics. They can easily join any airline company or enter into one of the national air industry projects all over the world.
  • KEY FEATURES : Advanced studying of technical disciplines combined with intensive workshops guided by high-profile professionals from principal Russian aircraft design bureaux such as Sukhoi, Mig, Ilyushin, Beriev, Tupolev ensure the highest level of education received by graduates as well as acquaintance with a full range of modern approaches for aircraft design engineering.
  • FORM OF ATTENDANCE : Full – Time
  • DURATION : 4 Years
  • TUITION FEES : Russian – 4400 USD per year / English – 6000 USD per year
  • ENTRY REQUIREMENTS : 3 Simple passes in Advanced Level Examination
  • REQUIRED DOCUMENTS :
    • Valid Passport
    • O/L, A/L Educational Certificates
    • Full Medical Report
    • Birth Certificate
  • INTAKE : September
  • PRINCIPAL SUBJECTS :
    • Design of spacecrafts
    • Satellite construction; Ballistics of space flight
    • Aerodynamics and thermodynamics
    • Propulsion systems
    • Spacecraft control systems
    • Strength theory; Methods of CAD-engineering
  • CAREER OPPORTUNITIES : Graduates of the program gain deep knowledge of theoretical disciplines and knowledge of various constructive approaches and technological solutions for modern aerospace industry. This allows them to begin their career in any of the world’s aerospace companies such as NASA, Boeing, Korea Aerospace Research Institute (KARI), Indian Space Research Organization (ISRO), RosCosmos, European Aeronautic Defense and Space Company (EADS), SpaceX, Thales, Magellan Aerospace.
  • KEY FEATURES : The program is based on the experience of the Soviet space program and the latest Russian space developments. A lot of space and launch vehicles constitute the largest educational base in Russia for laboratory research and practical training. MAI students have launched 9 satellites designed and manufactured at the university laboratories.
  • FORM OF ATTENDANCE : Full – Time
  • DURATION : 4 Years
  • TUITION FEES : Russian – 4400 USD per year / English – 6000 USD per year
  • ENTRY REQUIREMENTS : 3 Simple passes in Advanced Level Examination
  • REQUIRED DOCUMENTS :
    • Valid Passport
    • O/L, A/L Educational Certificates
    • Full Medical Report
    • Birth Certificate
  • INTAKE : September
  • PRINCIPAL SUBJECTS :
    • Algorithms and object-oriented methods for control system engineering
    • Control systems design theory
    • Avionics and onboard systems
    • Sensor technologies
    • Flight safety systems
    • Electronic device manufacturing methods
    • Mathematical modeling of electronic devices and systems
    • Human-to-machine interface design
    • Self-learning systems and synthetic vision system
  • CAREER OPPORTUNITIES : Graduates of the program gain profound knowledge, experience and practical skills that give them extensive career opportunities in all high-demand fields of modern hi-tech industries, such as:
    • Aerospace corporations
    • Projects focused on industrial control systems, mainframe manufacturing, grid computing
    • Oil and gas companies
    • Automakers
    • Biomedical projects
  • KEY FEATURES : The graduates of the program gain profound knowledge, experience and practical skills that give them extensive career opportunities in aerospace corporations, projects for development of industrial control systems, mainframe systems manufacturing, grid computing; oil and gas companies, automakers, biomedical projects and other fields of hi-tech industry where automatic control system engineering is applied.
  • FORM OF ATTENDANCE : Full – Time
  • DURATION : 4 Years
  • TUITION FEES : Russian – 4400 USD per year / English – 6000 USD per year
  • ENTRY REQUIREMENTS : 3 Simple passes in Advanced Level Examination
  • REQUIRED DOCUMENTS :
    • Valid Passport
    • O/L, A/L Educational Certificates
    • Full Medical Report
    • Birth Certificate
  • INTAKE : September
  • PRINCIPAL SUBJECTS :
    • Turbojet design engineering
    • Product lifecycle management for jet engines
    • Schematic design and mathematical modeling
    • CAD software for propulsion engineering
    • Thermodynamics and heat transfer
    • Material science and theory of strength
    • Combustion physics
  • CAREER OPPORTUNITIES : Comprehensive curriculum combined with intensive practical training provide the graduates with an opportunity to continue their education in various fields of hi-tech engineering and to start their career in world major of aerospace and heavy industries, such as Boeing, Airbus, Embraer, Rolls-Royce, Pratt & Whitney, Siemens, GE Power, Sauer, Subaru.
  • KEY FEATURES : The program focuses on in-depth study of theoretical disciplines with advanced training in general engineering. Our graduates gain skills in a wide range of hi-tech engineering from turbojet engines development and gas turbine power plants design to various fields of general machinery and construction engineering.

MASTER DEGREES

  • FORM OF ATTENDANCE : Full – Time
  • DURATION : 2 Years
  • TUITION FEES : Russian – 5500 USD per year / English – 6000 USD per year
  • ENTRY REQUIREMENTS : Bachelor’s Degree
  • REQUIRED DOCUMENTS :
    • Valid Passport
    • O/L, A/L Educational Certificates
    • Full Medical Report
    • Birth Certificate
    • Bachelor’s Degree Certificate with Transcript
  • INTAKE : September
  • PRINCIPAL SUBJECTS : The University pursues 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.
  • CAREER OPPORTUNITIES : 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.
  • KEY FEATURES : 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 bureaux such as Sukhoi, Mig, Ilyushin, Beriev, Tupolev. Students get acquainted with all types of airplanes designed in Russia that give them broad visioning skills.
  • FORM OF ATTENDANCE : Full – Time
  • DURATION : 2 Years
  • TUITION FEES : Russian – 5500 USD per year / English – 6000 USD per year
  • ENTRY REQUIREMENTS : Bachelor’s Degree
  • REQUIRED DOCUMENTS :
    • Valid Passport
    • O/L, A/L Educational Certificates
    • Full Medical Report
    • Birth Certificate
    • Bachelor’s Degree Certificate with Transcript
  • INTAKE : September
  • PRINCIPAL SUBJECTS : The curriculum includes in-depth study courses on mathematics used in ballistic calculations for aero- and spaceflights and advanced studies in theory of strength and reliability. Students undergo practical training in CAD-software, and take elective courses on spacecraft subsystems.
  • CAREER OPPORTUNITIES : Graduates of the program gain deep knowledge of theoretical disciplines and knowledge of various constructive approaches and technological solutions which used in the modern aerospace industry. This allows them to begin their career in any of the world’s aerospace companies such asNASA, Boeing, Korea Aerospace Research Institute (KARI), Indian Space Research Organization (ISRO), RosCosmos, European Aeronautic Defense and Space Company (EADS), SpaceX, Thales, Magellan Aerospace. Mr. Wang Yongzhi, Chief Designerof China’s first manned spacecraft Shenzhou 5 and Shenzhou 6 is our graduate.
  • KEY FEATURES : The program is based on the experience of the Soviet space program and the latest Russian space developments. A lot of space and launch vehicles constitute the largest educational base in Russia for laboratory research and practical training. MAI students have launched 9 satellites designed and manufactured at the university.
  • FORM OF ATTENDANCE : Full – Time
  • DURATION : 2 Years
  • TUITION FEES : Russian – 5500 USD per year / English – 6000 USD per year
  • ENTRY REQUIREMENTS : Bachelor’s Degree
  • REQUIRED DOCUMENTS :
    • Valid Passport
    • O/L, A/L Educational Certificates
    • Full Medical Report
    • Birth Certificate
    • Bachelor’s Degree Certificate with Transcript
  • INTAKE : September
  • PRINCIPAL SUBJECTS : Program includes practical training on design and manufacturing of modern IT-systems. Special attention is paid on specialized fields of mathematics applied in control systems engineering and electrical engineering for real-time operating devices. Students acquire knowledge of various techniques for development of avionics, sensor devices as well as computing and control units. The curriculum contains courses on all modern types of CAD software used in electrical engineering.
  • CAREER OPPORTUNITIES : Graduates of the program gain profound knowledge, experience and practical skills that give them extensive career opportunities in all high-demand fields of modern hi-tech industries, such as:
    • Aerospace corporations
    • Projects focused on industrial control systems, mainframe manufacturing, grid computing
    • Oil and gas companies
    • Automakers
    • Biomedical projects

    The Graduates are currently employed by Comision Nacional de Investigaciones Espaciales (CNIE, Argentina), Korea Aerospace Research Institute (KARI), Indian Space Research Organization (ISRO), Hindustan Aeronautics Limited, European Aeronautic Defense and Space Company (EADS), The Boeing Company, IBM, Qualcomm, CISCO, Samsung.

  • KEY FEATURES : The graduates of the program gain profound knowledge, experience and practical skills that give them extensive career opportunities in aerospace corporations, projects for development of industrial control systems, mainframe systems manufacturing, grid computing; oil and gas companies, automakers, biomedical projects and other fields of hi-tech industry where automatic control system engineering is applied.
  • FORM OF ATTENDANCE : Full – Time
  • DURATION : 2 Years
  • TUITION FEES : Russian – 5500 USD per year / English – 6000 USD per year
  • ENTRY REQUIREMENTS : Bachelor’s Degree
  • REQUIRED DOCUMENTS :
    • Valid Passport
    • O/L, A/L Educational Certificates
    • Full Medical Report
    • Birth Certificate
    • Bachelor’s Degree Certificate with Transcript
  • INTAKE : September
  • PRINCIPAL SUBJECTS : 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.
  • CAREER OPPORTUNITIES : The turbojet engine is the most complicated part of a modern aircraft. 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.
  • KEY FEATURES : System approach combined with principles of jet engine lifecycle management gives the graduates an ability to work with technical systems of any complexity.

PARTNER UNIVERSITIES

Dresden University of Technology – Germany
Technische University Berlin – Germany
Hyperschall Technologie Gottingen – Germany
Hochschule Ingolstadt – Germany
Hochschule Esslingen – Germany
Hochschule Heilbronn – Germany
Technische University München – Germany
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