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The study programme Applied Mechanics produces highly qualified experts in the field of technical development and research for all specializations in which computer or experimental methods of mechanics are used.
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The study program Biomedical Engineering builds on the knowledge from the master level of the study program Biomedical engineering but also from the bachelor study program Prosthetics and orthotics.
The study programme Parts and Mechanisms of Machinery is one of the basic programmes in the field of machine design. Within this field, top experts are trained in the field of numerical and experimental research and development applicable in all other fields of engineering.
The study programme Energy Machines and Equipment is included in the group of programmes focused on the flow of fluids, thermo-mechanics, heat transport, alternative energy sources and construction of energy equipment.
The study programme Quality and Safety is primarily focused on solving research tasks aimed at improvement in practice. Qualitative and quantitative methods of risk assessment (e.g. FMEA, HAZOP, ETA, FTA, and RCFA) are the basis for solving problems of process control, machines and technologies, major industrial accidents, business continuity and asset protection.
Mechatronics primarily integrates the knowledge from the fields of mechanics, electronics, informatics and control and makes it possible to improve the properties of existing products but also the development of completely new products. Mechatronics is already well established in almost all industries, such as automotive industry, industrial automation, robotics, consumer electronics, etc.
The study programme Industrial Engineering at the Doctoral level is intended for applicants who will be able to work independently in the field of design, efficiency improvement and optimization of business processes and systems, as well as in the field of their digitization for the needs of Industry 4.0.
The study programme Engineering Technologies and Materials deepens and expands theoretical knowledge from technological disciplines in the field of metallurgy, progressive technologies of metal chip / chipless processing, automation of technological processes and the possibilities of their applications in engineering companies.
The graduate of the study programme is ready to work in the field of research, experimental development, intelligent control and automation in the current conditions in accordance with the requirements of Industry 4.0.
