| Formed core competencies |
Program outcome |
| 1. Evaluate different situations based on a holistic systemic scientific worldview |
Analyze information of philosophical and historical content, methods of discussion and controversy |
| Express a thought, reasonably defend one’s own opinion on issues of social significance |
| 2. Carry out cultural and verbal communication using modern communication tools and technologies |
Demonstrate proficiency in written, oral, and non-verbal communication |
| Search and process information using ICT |
| 3. Define a person in a social environment and focus on a healthy lifestyle |
Express knowledge of holistic personality in economic and legal environment |
| Apply methods of ensuring the safety of social systems in order to preserve, develop and effectively function of an individual, society and the state |
| 4. Has knowledge in the field of mathematics, including algebra, mathematical analysis, probability theory, elements of analytical and spatial geometry, discrete and applied mathematics, including mathematical methods necessary for the application of the apparatus of mathematical description of issues, mechanical, electrical, electronic and technological processes |
Can use known methods and mathematical models to describe mechatronic issues |
| Is able to apply the acquired theoretical methods for the description of technological processes |
| 5. He has basic knowledge in the field of architecture of systems and computer networks and operating systems necessary for installation, maintenance and maintenance of information tools designed for modeling and design of elements and mechatronic systems |
He has skills in matching and calculating machine parts, including drawing and freehand drawing, and modeling using specialized software |
| Can use information and communication technologies, including computer networks and network applications |
| 6. He has basic knowledge in physics, including mechanics, thermodynamics, optics, electricity and magnetism, solid state physics, including the knowledge necessary to understand the basic physical phenomena occurring in nature and technology |
Has the skills to design and calculate the strength of mechanical systems |
| Able to solve technical problems on the basis of knowledge of the laws of mechanics |
| 7. Has knowledge of description and understanding of the essence of action and construction of complex, integrated mechatronic systems, implementation of innovative mechatronic solutions |
Can design and analyze transmissions and control systems of mechatronic machines and equipment |
| He is able to design the process of testing elements, analog and digital electronic circuits and simple Electromechanical systems |
| 8. He has basic knowledge in the field of construction and machine design, methods of computer-aided design of machines and mechanisms |
He has skills in designing mechatronic systems using computer-aided design methods |
| It has the ability to select electronic sensors for mechatronic systems |
