1. Demonstrate their intellectual level based on knowledge of philosophy of science, higher school pedagogy, foreign languages and management psychology. The ability to acquire new knowledge, skills and expand your scientific worldview.
2. Investigate the scientific and technical problems of electronic instrumentation, simulate technological processes and conduct scientific experiments.
3. Demonstrate theoretical and practical knowledge in the field of modern intelligent control systems and nanotechnology, diagnostics and reliability.
4. Effectively use modern computer and information technologies, digital technology and software in solving scientific and technical problems of instrument making
5. Development of technical specifications, requirements and conditions for the design of electronic equipment, complexes and systems.
6. Be able to organize the modernization of control and measuring equipment of manufacturing enterprises of various sectors of the economy
7. Use of measuring equipment to adjust the components of electronic complexes.
8. Have the skills to work with the automatic design system and use application programs in the development of modern devices and systems.
9. Have the skills of conducting classroom training sessions, organizing and planning research, design and writing master's theses and projects.
10. Demonstrate theoretical and practical knowledge in the field of modern pedagogical methods of teaching at the university and college.