Pro studenty
A description of the specialization
Physical chemistry studies the properties and behavior of sets of molecules using classical and statistical thermodynamics, uses experimental and theoretical methods to elucidate the structure of individual molecules, their micro- and macro-assemblies, and analyzes the rate and mechanism of chemical reactions. The main research efforts in physical chemistry are focused on thermodynamics, quantum chemistry, chemical structure, electrochemistry, chemical kinetics, surface phenomena, spectroscopic methods (nuclear magnetic resonance, electron paramagnetic resonance, infrared spectroscopy, and mass spectroscopy), phase and chemical equilibria, and nonequilibrium states. Permanent contact with the development of physics and the use of mathematical methods make physical chemistry and quantum chemistry an indispensable basis for the study of problems in interdisciplinary research directions oriented towards the investigation of the properties of complex molecules that are the basis of living and nonliving matter (biomolecules, advanced materials).
The aim of the study
The aim of the study is to prepare graduates with deep theoretical knowledge of both classical (equilibrium, change of state) and modern (molecular structure, quantum chemistry) physical chemistry. The basis of education in this field is knowledge of basic chemical, physical and mathematical disciplines: general and inorganic chemistry, organic chemistry, analytical chemistry, biochemistry, physical chemistry, mathematics and physics, but also of special physical chemical disciplines: chemical kinetics, electrochemistry, molecular symmetry, statistical thermodynamics, non-equilibrium systems and physical chemical methods of studying the structure of molecules (nuclear magnetic resonance, electron paramagnetic resonance, infrared spectroscopy, near-infrared spectroscopy, ultraviolet and visible spectroscopy, mass spectroscopy). This preparation not only creates a theoretical basis for the further development of graduates in practice, but also equips graduates with practical skills in the field of computer technology, data processing and data retrieval from databases. On this basis, other advanced subjects of the field of study are developed: biophysical chemistry, electrochemistry and electrode kinetics, applied computational thermodynamics, quantum organic chemistry, initiation of polymer reactions, thermodynamics of phase equilibria, electrical properties of molecules, materials chemistry of metals and alloys, molecular dynamics, physical-organic chemometrics, chemical reactivity and structural analysis of biomolecules.
A description of the specialization
Biophysical chemistry is an interdisciplinary field that combines the principles of physics, chemistry, and biology in the study of biomolecules. It aims to determine the structure, dynamics, and function of biomacromolecules as well as complex biological systems through physico-chemical and biochemical methods. This includes, for example, the thermodynamics and kinetics of biochemical reactions, enzyme inhibition and activation, or conformational changes and specific interactions of biomacromolecules that determine their functional state and adaptability to changing environments. The field applies a wide array of chemical, biophysical and biochemical methods. Graduates of this program are mainly suitable fro research institutes and academic settings, but also for the biotechnology and pharmaceutical industries or even the emerging areas focused on the development of biosensors and other analytical methods.
The aim of the study
The specialization aims to provide students with a detailed and integrated perspective on the interplay of physical, chemical, and biological principles governing the functioning of organisms. Students are encouraged to develop the ability to independently formulate scientific questions and propose hypotheses, which are subsequently tested using theoretical models and experimental methods. Graduates are expected to acquire practical skills in advanced experimental techniques used in the field, such as X‑ray crystallography, NMR, electron microscopy, or in theoretical modeling techniques. Thus, they are equipped not only for applied research but also for the critical evaluation and presentation of scientific results within multidisciplinary teams in academia, biotechnology, and the pharmaceutical industry.
A description of the specialization
A three dimensional structure of molecules, topology of electron density, supramolecular structure and intermolecular interactions are key factors determining the chemical and physical characteristics of organic, inorganic, and natural compounds as well as biological activity of drugs. A detailed knowledge of supramolecular complexes and dynamics of systems are crucial prerequisites for understanding the biological activity of compounds as well as understanding and predicting the function of novel materials.
The mission of the specialization of Structural chemistry is to educate top graduates with a very good knowledge of advanced structural methods, including magnetic resonance and X-ray diffraction in combination with theoretical methods of molecular modelling and quantum chemistry.
The aim of the study
After successfully completing his/her studies the graduate is able to:
- master theoretical foundations of all chemistry disciplines
- understand the electronic structure of molecules and intermolecular interactions
- handle computational technology and work with chemical information sources
- handle dangerous substances
- write reports on the results of his/her work and present the results at scientific meetings
- perform advanced structural analysis of molecular and supramolecular systems both in liquid and solid phase using sophisticated structural methods with support of molecular modelling
- independently interpret experimental and theoretical data and support scientists of other fields (e.g., synthetic or material chemistry, pharmacy) in science and production
- understand and follow ethical guidelines of scientific work
Graduates of specialization of Structural Chemistry master theoretical and practical skills that allow them to work in academic sphere at universities, technical universities, and Academy of Sciences institutes. They are prepared to work in commercial institutions in research, development, production and control. Graduates of this programme will find their jobs in a wide range of professions requiring a specialist university education in the field of structural analysis of drugs, metabolites, and nanomaterials.