РО-1. Demonstrate willingness to participate in the development of spacecraft components and systems using modern scientific achievements, practices and best practices, and modern design automation tools.;

РО-2. Demonstrate theoretical and practical knowledge in the field of modern pedagogical teaching methods at universities and colleges, teach, conduct scientific research, carry out scientific and methodological work.

РО-3. Demonstrate the ability to apply theoretical and practical knowledge of space technology, generate and use new ideas, conduct technical tests and (or) scientific experiments

РО-4. Be able to independently analyze the scientific and technical problems of a space mission, simulate technological processes and conduct scientific experiments.

РО-5. Analyze scientific and technical information, plan and set research objectives, formalize and present the results of scientific research, conduct bibliographic work, analyze, synthesize and critically summarize information.

РО-6. Demonstrate their intellectual level based on knowledge of philosophy of science, higher school pedagogy, foreign languages and management psychology. He is able to acquire new knowledge and skills and expand his scientific worldview.

РО-7. To develop technical solutions related to the modernization of elements and subsystems of spacecraft, measures to improve operational characteristics, save resources, increase reliability, industrial and environmental safety of space equipment and systems;

РО-8. Carry out technical calculations on projects, perform technical and economic analysis of the effectiveness of design solutions, develop and apply application software for calculating parameters and selecting equipment, determine indicators

РО-9. Demonstrate theoretical and practical knowledge in the field of modern space technology control systems, fundamentals of robotics.