Neurosciences

The Neuroscience program covers four main areas: theoretical foundations of neuroscience, research methodology, analytical tools and statistics, and academic skills (presentation, project). Emphasis is placed on the development of scientific thinking and the ability to obtain relevant information. The authorization will be held by the Faculty of Medicine of Masaryk University. The study program is designed as an interfaculty program in cooperation with the Faculty of Social Studies, the Central European Institute of Technology at Masaryk University, and the Czech Academy of Sciences. The interdisciplinary approach to the program offers students not only multidisciplinary theoretical training in the form of lectures and seminars, but also practical experience in various neuroscience laboratories at Masaryk University. An integral part of the program is the completion of a research project as part of a thesis and participation in relevant professional seminars organized by MU.

Master's programs in neuroscience are offered at most prestigious foreign universities, but this master's program has been lacking in the Czech Republic until now. The program is designed for graduates of accredited study programs in psychology, economics, sociology, natural sciences, and other related fields who are considering a career in experimental or clinical research, either in academia or in the private sector.

Upon successful completion of the programme, the graduate is able to:

• describe the structure of the nervous system from the microscopic to the macroscopic level;
• explain the neurophysiological mechanisms of information processing in the nervous system, the functional organization of sensory systems, motor skills, cognitive and affective functions, and modulation systems;
• understand current neuroscience theories in the areas of behavior, cognition, emotions, and psychopathology;
• be familiar with current research approaches used in the study of physiological and pathophysiological functions of the nervous system;
• explain the principles of neuroimaging, electrophysiological/neurostimulation, and behavioral methods;
• be familiar with areas of research in clinical fields (neurology, psychiatry, psychology);
• be familiar with the legal and ethical aspects of neuroscience research;
• use knowledge and skills from psychological and medical research methodology in the preparation and implementation of research projects in the field of neuroscience
• use advanced academic skills (information gathering and analysis, writing professional texts, critical thinking) in solving research projects;
• apply acquired knowledge in data collection and analysis, including appropriate statistical testing of results;
• interpret and communicate the results achieved within the professional community.