Program learning outcomes (PO)

PO1. Fluent oral and written communication in state and foreign languageson professional matters.

PO2. Understanding environmentally hazardous and harmful factors of professional activity and adjustment of its content in order to prevent negative impact on the environment.

PO3. Possession of means of modern information and communication technologies to the extent sufficient for training and professional activities.

PO4. Ability to explain own decisions and the basis for their adoption to specialists and non-specialists in a clear and unambiguous form.

PO5. Skills of self-study and autonomous work to improve professional skills and solve problems in a new or unfamiliar environment.

PO6. Formation of substantiated assessments of the actions of state bodies and other political institutions from the standpoint of universal, democratic values, priority of human and civil rights and freedoms.

PO7. Possession of logic and methodology of scientific knowledge based on an understanding of the current state and methodology of the subject area.

PO8. Adherence to the requirements of industry regulations for procedures of design, manufacture, testing and (or) certification of elements and objects of aeronautical engineering at all stages of their life cycle.

PO9. Ability to explain the influence of design parameters of aircraft elements on its flight characteristics. Operation of ideas of  methods to ensure the stability and controllability of aeronautical engineering.

PO10. Skills to determine the loads on the structural elements of aeronautical engineering.

PO11. Understanding the principles of fluid and gas mechanics, in particular, hydraulics and aerodynamics.

PO12. Ability to describe the structure of metals and nonmetals and knowledge of methods of modifying their properties. Ability to assign optimal materials for elements and systems of aeronautical engineering, taking into account their structure, physical, mechanical, chemical and operational properties, as well as economic factors

PO13. Understanding the features of work processes in hydraulic, pneumatic, electrical and electronic systems used in aeronautical engineering.

PO14. Ability to describe experimental methods for studying structural, physical-mechanical and technological properties of materials and structures.

PO15. Application of modern methods of design, construction and production of elements and systems of aeronautical engineering in professional activities.

PO16. Calculation of stress-strain state, determination of bearing capacity of structural elements and the reliability of systems of aeronautical engineering.

PO17. Understanding and substantiating sequence of design, engineering, production, testing and certification of elements and systems of aeronautical engineering.

PO18. Understanding the structure and principles of operation of onboard and navigation equipment of aeronautical engineering.

PO19. Understanding and substantiating design features and basic aspects of work processes in systems and elements of aircraft

PO20. Understanding the theoretical principles and practical methods of instrumental interchangeability of parts of aeronautical engineering.

PO21. Skills to develop technological processes, including the use of computer-aided design, for the production of structural elements and systems of aeronautical engineering.

PO22. Evaluation of the economic efficiency of production of elements and systems of aeronautical engineering.

PO23. Understanding the features of calculations, design and production of various types of aeronautical engineering and substantiated selection of methods of their implementation.

PO24. Skills to use the latest software packages used in the industry for calculations, design, construction and preparation for the production of elements of aeronautical engineering.

PO25. Understanding the principles and practical methods of information and cybersecurity in the development and production of aeronautical engineering