About the Program
Graduates are skilled in solving complex scientific, technical, and managerial problems in the development, modernization, and operation of aircraft engines and various power plants. The training uses world-class training equipment and Europe's largest collection of aviation gas turbine engines, as well as state-of-the-art software to help you learn how to create a 'digital' twin.
During the training students:
Study the structures and systems of gas turbine engines and power plants, the existing problems of new generation engines anв their solutions;
Develop skills in the use of CAD/CAE/PLM – packages that are demand in business;
Will have the opportunity to participate in double degree programs with foreign universities.
The qualifications obtained at the university allow for the design and modernization of aircraft engines and power plants for various purposes for a wide range of companies using modern information technology, as well as the operation of gas turbine technology in the oil and gas industry.
The graduate is capable of:
Performing a problem-oriented formulation of the research problem, conduct experimental research.
Creating numerical models and carry out process modeling.
Participating in the design and development of engines and power plants using modern information technology.
Critically analyses problematic situations in a systematic way and develop a strategy for action.
Managing the project through all stages of its life cycle.
Producing scientific publications and scientific and technical reports.
Organizing the operation and repair of gas facilities at compressor stations.
Computer-aided design and design management services
Product development manager
Compression unit performance engineer
Employers and Partners
UEC-Kuznetsov, UEC-Saturn, UEC-Klimov, and other enterprises of the United Engine Corporation
Progress Rocket And Space Center
Global Engineering Center SMARTEC
JSC Metallist - Samara
JSC Samara - Aviagaz
JSC ACADEMIAN M.F. RESHETNEV Information Satellite Systems
Scientific and Production Enterprise Kuibyshev Telecom Metrology
Ural civil aviation plant
Special aspects of training
1. Continuing of professional training of bachelors:
Providing of thermodynamics parameters of aircraft engines
Construction and Design of main components and systems of engines
2. Scientific and fundamental training:
Methodology of scientific research
Modern problems of aircraft engine technology
Analytical and numerical methods of aviation and space engineering. MATLAB
Business foreign language
3. Teaching what the specialized departments are strong in:
Virtual product development
CAE-modeling with engine development
Thermal and deformation processes of engine structure
Vibration protection system with structural damping
Support, damping device, and rotor seal designing
Automation of strength and vibration tests with LabVIEW
Additive technology of engine manufacturing
4. Performance of individual research tasks of Department of Aircraft Engine Construction and Design, in view of SMS «Virtual engine», and by the order of factories:
Individual design training
Individual research of components and systems of the engine