Biomedicínske inžinierstvo

Characteristics

The curriculum contains information and knowledge from the study field of electrical engineering enriched with knowledge from the field of mechanical engineering. Within the field of study, the knowledge of biomedical engineering is also reflected, in which students acquire knowledge in the field of sensors of electrical and non-electrical quantities, programming of processors, design and functionality of medical devices and their physical principles. At the same time, they will acquire knowledge of the natural and medical sciences.
The acquired knowledge, skills and competences of the graduate of the study programme Biomedical Engineering in the third degree of study are in line with the supporting topics of the core knowledge of the study field of electrical engineering.

Learning Objectives

The qualification of the third level of university studies in the Biomedical Engineering study program is awarded to students who:
- possess highly professional competences in the Biomedical Engineering study program,
- learn systematically approach the solution of problems arising from medical and biomedical practice,
- develop a creative scientific approach in the search for optimal solutions through critical thinking and the creation of new and complex concepts,
- develop the ability to communicate their opinions and knowledge in the space of the lay and professional public,
- and they are also gain experience in presenting the results of their scientific outputs and pedagogical knowledge.

Learning Outcomes

A graduate of the third degree in the Biomedical Engineering study program masters the issues of anatomy and physiology, biomechanics, implantology and measurement. Graduates are qualified to work in biomedical laboratories and hospitals as medical technicians, etc.
- students are able to systematically approach the solution of problems arising from medical and biomedical practice,
- they are able to use a scientific approach when coming up with optimal solutions through critical thinking and the synthesis of new and complex concepts,
- they are able to communicate their opinions and knowledge in the space of the lay and professional public - they are able further develop and support the subject area in wider dimensions, i.e. also in the sphere of technical, social and cultural progress,
- they have the ability to communicate, solve and implement research results in interdisciplinary areas,
- a graduate of the department of biomedical engineering (3rd degree) masters the scientific formulation of problems and the solutions they see and understands in interdisciplinary contexts given the technical, legal, economic, ethical and environmental aspects of the solved complex task,
- contributed basic and applied research to the expansion of the boundaries of scientific knowledge through the publication of scientific works in foreign and domestic journals in the Current Content database.

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