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Construction and Design of Gas Turbine Engines and Power Plants
Field of study: 24.03.05 Aircraft Engines
Level and credentials: Bachelor’s Degree (UNESCO ISCED-2011 Level 6)
Program manager:
Mr. Uglanov Dmitriy
Department of Thermal Engineering and Thermal Engines, professor
E-mail: uglanov.da@ssau.ru
Language of instruction: English
Mode of study: full-time
Duration: 4 years
Full tuition scholarship: available through "Education in the Russian Federation for Foreigners"
Tuition fee: 237, 500 RUB per year
About the program
The development educational program is a comprehensive approach to training a specialist in the field of aerospace engine building and the creation of energy complexes and systems that meets all the requirements of professional standards. It is planned to implement interdisciplinary, multidisciplinary courses and modules on the use of modern digital technologies, such as artificial intelligence, bigdate, digital vision, the Internet of Things. As part of the program implementation, the features of the application of CAD, CAE, PLM, PDM, MES, QMS systems software products will be considered. An important aspect of the program implementation will be the use of business process simulation, the creation of digital counterparts of production processes, models of power plants and engines, programming and the creation of neural networks for quality management processes. It is supposed to attract teachers of the Department of Supercomputers and General Computer Science, standards and modern trends in end-to-end digitalization of organizations to implement this educational program.
The program will significantly strengthen the scientific research of masters through joint research with Harbin Polytechnic University.
Intended learning outcomes
The graduate is capable of:
- performing a problem – oriented formulation of the research problem, conduct experimental research;
- creating numerical models and carry out process modelling;
- 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.
Graduate destinations
Computer – Aided Design and Design Management Services
Product Development Manager
Construction Engineer
Project Engineer
Testing Engineer
Compression Unit Performance Engineer
Level and credentials: Bachelor’s Degree (UNESCO ISCED-2011 Level 6)
Program manager:
Mr. Uglanov Dmitriy
Department of Thermal Engineering and Thermal Engines, professor
E-mail: uglanov.da@ssau.ru
Language of instruction: English
Mode of study: full-time
Duration: 4 years
Full tuition scholarship: available through "Education in the Russian Federation for Foreigners"
Tuition fee: 237, 500 RUB per year
About the program
The development educational program is a comprehensive approach to training a specialist in the field of aerospace engine building and the creation of energy complexes and systems that meets all the requirements of professional standards. It is planned to implement interdisciplinary, multidisciplinary courses and modules on the use of modern digital technologies, such as artificial intelligence, bigdate, digital vision, the Internet of Things. As part of the program implementation, the features of the application of CAD, CAE, PLM, PDM, MES, QMS systems software products will be considered. An important aspect of the program implementation will be the use of business process simulation, the creation of digital counterparts of production processes, models of power plants and engines, programming and the creation of neural networks for quality management processes. It is supposed to attract teachers of the Department of Supercomputers and General Computer Science, standards and modern trends in end-to-end digitalization of organizations to implement this educational program.
The program will significantly strengthen the scientific research of masters through joint research with Harbin Polytechnic University.
Intended learning outcomes
The graduate is capable of:
- performing a problem – oriented formulation of the research problem, conduct experimental research;
- creating numerical models and carry out process modelling;
- 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.
Graduate destinations
Computer – Aided Design and Design Management Services
Product Development Manager
Construction Engineer
Project Engineer
Testing Engineer
Compression Unit Performance Engineer
