The objects of activity for graduates of this specialty are phenomena and problems related to the stages of the life cycle of aviation and rocket-space technology.
The educational goal is to train specialists capable of solving complex specialized and practical tasks related to the development, production, and certification of aviation and rocket-space technology, its engines and power plants, structures, and systems, characterized by complexity and uncertainty of conditions; and capable of solving complex problems in professional activities related to research and/or innovation under uncertain conditions and requirements.
Training is conducted at the following departments:
- Design of Aircraft and Helicopters (103);
- Aircraft Manufacturing Technologies (104);
- Information Technologies of Design (105);
- Aircraft Engine Design (203);
- Aircraft Engine Manufacturing Technologies (204);
- Design and Construction of Rocketry (401);
- Space Technology and Non-traditional Energy Sources (402);
- Composite Structures and Aviation Materials Science (403)
Training is conducted according to the following educational programs:
| Educational Program | Educational Degree | Form of Study | Duration of Study |
| Design, Manufacture and Certification of Aircraft | Bachelor based on complete general secondary education | Full-time and Part-time | 3 years and 10 months |
| Rocket-Space Engineering | |||
| Intelligent Unmanned Vehicles | Full-time | ||
| Aircraft Engines and Power Plants | |||
| Aircraft Engines and Power Plants | Master (Educational and Scientific Program) | Full-time and Part-time | 1 year and 9 months |
| Design, Manufacture and Certification of Aircraft | |||
| Rocket-Space Engineering | Full-time | ||
| Aerospace Engineering | Doctor of Philosophy (PhD) | Full-time and Part-time | 4 years |