Graduate of the study program: • has cross-sectional knowledge of the natural sciences, especially mathematics and physics, which are important for understanding the principles related to the design and operation of mechatronic systems, • can apply the methodology and principles of designing technical equipment and create related technical documentation, • has comprehensive knowledge of production procedures in the field of engineering technologies and processing of technical materials, • has knowledge in the field of theoretical and applied mechanics, elasticity theory, fluid mechanics, thermomechanics, hydraulics, electrical engineering and electronics, • knows relevant programming languages and is able to use information technology when designing algorithms and creating control programs for system management • can apply the basic principles and procedures of computer-supported modeling of dynamic systems, controls the principles of selection and use of technical means in control systems • master the basics of building industrial robots and manipulators, kinematic structures and drives of industrial robots, sensory equipment and applications of robots in industry.
Graduate of the study program: • can use a system approach when designing mechatronic technological devices and creatively apply knowledge from the field of theoretical and applied mechanics, elasticity theory, fluid mechanics, thermomechanics, hydraulics, electrical engineering and electronics, • can apply the latest methods and procedures for computer simulations of mechanical systems, analysis and synthesis of mechanisms, dimensioning of machine parts, defining the reliability and service life of technological equipment, • able to use information technology at the level of a specialist, design algorithms and create control programs for managing systems, • knows how to creatively use CAD/CAM/CAE systems for the design and analysis of the construction of components, circuits and drawing documentation, • is able to independently apply theory, practical procedures and tools in the design, implementation and operation of automated control systems for technological and production systems, • knows how to program PLC and apply methods of programming industrial robots Online and Offline method • controls and knows how to practically apply the principles of sensing physical quantities and evaluating measured data, • can actively use professional terminology in a foreign language.
A graduate of the study program has: • independence in solving professional tasks, planning and coordinating partial activities as well as large-scale projects, • the ability to think logically, purposefully, creatively and innovatively, • the ability to adequately and professionally present and discuss one's own opinions, proposals, opinions and comments, • autonomy and responsibility in decision-making, • the ability to lead a work team and take responsibility for team results, • the ability to identify and evaluate ethical, social, legal, environmental and other aspects and contexts of solved problems, • the ability to independently acquire new knowledge and plan one's professional and personal development.
Until now, all graduates of the study program have continued their studies in a related study program 2nd degree at MTF STU in Trnava or another university in Slovakia, or in the Czech Republic. However, a bachelor's degree graduate is generally prepared to perform activities within a wide range of professions, such as, above all, technician of a construction, technological, assembly and operational nature in the field of mechanics, robotics, applied microprocessor technology, electrical engineering, electronics, computer-aided design and computer-controlled modern production of technologies, test and service technician in the mentioned areas, designer of mechatronic systems, verification and validation specialist for mechatronic systems and drives, development designer, specialist in the field of FEM calculations, construction and design using CAD systems, independent technician of measurement and control technology, mechanic of electrical equipment, PLC programmer, electrical engineer of automation technology, technical control worker, quality assurance manager, ICT project manager, research and development manager in information and communication technologies, software designer solutions, application programmer, ICT tester, programmer of control systems, etc.
A bachelor's degree graduate is prepared to perform activities within a wide range of professions, such as, above all, technician of a construction, technological, assembly and operational nature in the field of mechanics, robotics, applied microprocessor technology, electrical engineering, electronics, computerized design and computer-controlled modern production technologies, test and service technician in the mentioned areas, designer of mechatronic systems, verification and validation specialist for mechatronic systems and drives, development designer, specialist in the field of FEM calculations, construction and design using CAD systems, independent technician of measurement and control technology, mechanic of electrical equipment, PLC programmer, electrical engineer of automation technology, technical control worker, quality assurance manager, ICT project manager, research and development manager in information and communication technologies, software solution designer, application functional programmer, ICT tester, programmer of control systems, etc.
The first graduates of the study program this academic year are finishing their engineering studies.
Unrated, as the study program does not yet have graduates in practice.This is not the case for regulated professions.
