This programme is a joint programme in agreement with the Ghent University which integrates a wide range of scientific and engineering knowledge focused on advanced parts of plasma physics and related technologies. The graduates will receive both Ghent and CTU diplomas.
This programme includes three specialisations: Mathematical Modelling, Mathematical Physics and Software Engineering. Graduates are able to embark on a career in fundamental research or enter highly qualified positions in finance, software or computer companies.
This programme is focused on nuclear security of nuclear installations, nuclear materials, sources of ionizing radiation and nuclear forensic. It is carried out by not only our faculty but also Faculty of Information Technology.
This programme targets the education of top experts engaged in the research and scientific-technical practise in the fields of quantum physics, information and communications, quantum optics, lasers, solids, nanomaterials, nanostructure and advanced characterization and modeling methods.
This programme includes three specializations: Physical Electronics, Structure and Properties of Materials and Solid State Engineering which combine principles and methods of electronics, optics, diagnostics, mathematical modelling and data processing.
FNSPE is a centre of education and research specialised in boundary fields between modern science and their applications in technologies, medicine, economy, biology, ecology, and other fields.
This programme prepares students for both fundamental and applied research in informatics with a view to other disciplines of science. The graduate will prove successful as an academic researcher or an expert in information technologies in industry or establishments using mathematical models, numerical methods and statistical analysis.
This programme includes four specializations: Reactor Studies, Physics and Technology of Thermonuclear Fusion, Dosimetry and Applications of Ionizing Radiation and Experimental Physics and Particle Physics. It prepares graduates for research and its industrial applications, especially in energetics and radiation detection.
This programme extends the knowledge of radiochemistry that comprises both an extensive basic and applied research monitoring chemical and psycho-chemical aspects of nuclear transformations, as well as methods using radionuclides to tackle chemical problems of a general nature.
This unique programme is the only one in the Czech Republic which prepares graduates for positions in radiodiagnostic, radiotherapy, nuclear medicine, and radiobiology. It offers three disciplines for further specializations: therapy, diagnostics, and nuclear medicine.
