Graduate Program

Based on the mission of the University, the Master’s Program in Technical Exploitation of Aircraft is focused on training qualified specialists in aircraft maintenance.
Program objectives:
  • To prepare a Master of Technical Exploitation of Aircraft
    who, after completing the training program, will be able to supervise aircraft maintenance operations;
  • To study local and international aircraft maintenance rules, methods of their development and ways of their implementation and implementation;
  • To study the functions, interdependencies, and responsibilities of aviation specialists, service organizations, and aviation regulatory bodies for the effective implementation of the aircraft maintenance process;
  • Development of the ability to communicate with academic or the professional community in a suitable format.

The basis for obtaining the Master’s degree in Technical exploitation of aircraft is the passing of general master’s exams in accordance with the rules established by Georgian legislation.
The obligatory condition for obtaining the status is the submission of a B2 level certificate in English, in the absence of which the corresponding exam will be conducted by the University.
If an aviation engineer’s qualification is not confirmed for student status, he or she must take the internal specialized exam at the university to obtain the status.
You can also obtain university status through mobility or internal mobility. Entry requirements and other relevant information related to admission are published annually on the website and in the National Grading and Examinations Center catalog. The above conditions for admission to the program are in accordance with current legislation.

Fundamentals of Scientific Research

High school Pedagogy

Foreign language oriented on profession (English)

Academic writing

The human factor in aviation

Environmental problems in Civil aviation

Numerical methods in aviation constructions

Modeling and analyze flying machine constructions

Sustainability and manageability of the flying machine

Air navigation

Thermodynamics and heat transfer

Computer design of flying machine systems

Technical maintenance of aircraft and aircraft engines

Management of aircraft maintenance services

Structural analysis of aviation engines

Navigation satellite systems

Professional practice

Performing and defending a Master’s work