1. Knowledge The graduate - has knowledge of mathematics, physics, electrical engineering, mechanics and machine construction corresponding to the level of a qualified and creative mechatronics engineer - has knowledge of the principles of mechatronic systems in terms of cyber-physical modelling, automatic control, electronics, mechanics, programming, as well as mechatronic systems design.
2. Skills The graduate - is able to actively acquire information, prepare documents and use them to solve practical tasks in the subject field - is able to analyse given technical problems and find solutions to practical tasks using a mechatronics-enabled comprehensive view of the problem - is able to draw up technical documentation of solved problems.
3. Competencies The graduate - is prepared to independently solve mechatronic systems related tasks using control and communication systems and with the support of intelligent technologies - is able to think analytically and creatively approach problems solving in different areas of mechatronics - is able to independently plan and organise his/her work - is able to defend his/her own opinion on the solved problem.
Graduate of the study programme Intelligent Technologies and Automotive Mechatronics can continue his/her engineering or master's studies in follow-up study programmes or related specialization programmes specialization. With his/her universal knowledge and skills, he/she will find employment in industrial practice, in the development, design and operation of mechatronic systems in all areas of social life, especially in automotive as well as in production processes, in the design, development, diagnostics and operation of complex mechatronic systems and in technical-economic and managerial processes.
