Environmental Geosciences graduates will gain the necessary theoretical and practical knowledge of Earth sciences, specifically in the field of geology, environmental geochemistry (e.g., environmental contamination), environmental hydrogeology and paleoecology (e.g., global climate development). During their studies, students will gain experience with modern analytical procedures and will attend practical courses and workshops.

Environmental Geosciences are currently at the forefront of many scientific disciplines and have an important practical outcome as well. The understanding of pollutants’ behavior in various environmental compartments, remediation of contaminated sites and evolution of ecosystems in the Earth’s history are just a few examples of the topics covered by the program. The laboratories at the Faculty of Environmental Sciences are equipped with high-end instrumentation for advanced specialized methods used in environmental geochemistry, such as speciation and specialized isotope analyses. These techniques are currently fast emerging and crucial in the developing fields of Environmental Geochemistry and Biogeochemistry.... [-]

Overview

The program has been designed to continue the education of graduates of Bachelor degree studies oriented towards materials sciences. The general knowledge gained at the Bachelor level is extended and deepened in courses focused mainly on the physical chemistry of materials, materials engineering and materials technologies. Students may concentrate on individual groups of material by a proper choice of optional courses. A substantial part of studies is devoted to laboratory projects aimed at further development of students' capabilities of a self-reliant solution of research, design and technological problems.

Careers

The graduates can hold qualified positions in materials-oriented industries and in commercial companies. They are able to work both in production plants and in research, development and design institutions. The graduates easily adapt to changing conditions. The graduates are also prepared to continue their studies at the Ph.D. level.... [-]

Field of Study Application of Software Engineering Mathematical Informatics Mathematical Engineering Applied Mathematical Stochastic Methods Mathematical Physics Nuclear Engineering Diagnostics of Materials Dosimetry and Applications of Ionising Radiation Experimental Nuclear and Particle Physics Physics and Technology of Thermonuclear Fusion Computational Physics Solid State Engineering Laser Technology and Electronics Optics and Nanostructures Nuclear Chemistry Radiological Physics Entrance Exams

NON

Entrance Requirements fully completed application form English language certificate Level of English TOEFL IB T 65 / TOEFL CBT 185 B2, FCE, IELTS 5.5 Scholarship

not for the first year students... [-]

Overview

The program aims to extend students' knowledge gained at the Bachelor degree studies and to prepare top-level experts in fundamental chemical disciplines - inorganic, organic, macromolecular, physical and analytical chemistry. Students gain deep theoretical knowledge of the above disciplines and also practical experience in the field of synthesis, isolation, and characterization of chemical substances. The program also aims to provide students good orientation in chemical problems in a broad context. Compulsory courses included in the program extend general knowledge of chemistry oriented disciplines. Optional courses allow students to specialize in a particular area according to their choice.... [-]