• First Stage of Higher Education - Bachelor of Natural Science

1. Apply numerical modeling methods, IT technologies and AI tools in processing the results of experimental and theoretical studies for the efficiency of technological processes and greening of production.
2. Take part in theoretical and experimental research to improve the performance of the equipment used and physical and technical objects, optimize the modes of the relevant stages of technological processes and modernize equipment.
3. Explain the principle of operation and the purpose of functional and structural diagrams of the structures of elements and assemblies of experimental and industrial installations, taking into account technological and economic parameters.
4. Own methods of measuring physical parameters at high and low temperatures in accordance with the required accuracy and operating conditions in thermal power engineering and alternative energy.
5. Critically analyze the factors and mechanisms of changes in the policy of the state from the point of view of their own worldview, civic and moral positions to ensure full-fledged social and professional activities in a team.
6. Use the basic laws of fluid and gas mechanics to calculate the elements of heat engineering installations and systems, thermodynamic processes, cycles and their indicators.
7. Apply the laws of the fundamental sections of applied physics and the mathematical apparatus when conducting experiments according to a given methodology and analyzing their results.
8. Interpret scientific information about best practices in the field of technical physics based on the fundamental laws of natural sciences and energy-saving measures for personal and professional competitiveness, self-organization and self-education.
9. Monitor, assess the relevance and forecast the quality of innovative products, facilities and processes of production activities.
10. Analyze the principles of operation of devices and installations when setting up production equipment and developing technological test modes.
11. Ensure the uninterrupted operation of engineering equipment at production facilities to maintain optimal modes in accordance with the design and technical documentation.
12. Apply advanced methods of production management at the objects of professional activity using standards for energy and resource saving.