The main purpose of the 7M05308901-Chemistry educational program is to train highly qualified specialists in the field of chemistry, who have a strong knowledge of chemistry and who are able clearly and easily present the basic knowledge of the fundamental classical laws of chemistry, including its various sections and directions, problems and principles of theoretical and applied chemistry; who are able to use modern knowledge in the field of theoretical chemistry to solve applied and innovative problems in research activities, to solve various problems of the chemical industry, monitor the ecology of the environment, and also to adapt to new technological conditions and requirements; who are able to conduct research and demonstrate an understanding of the general structure of chemistry and the close logical interconnection of its various sections and directions; who are possess the technology of laboratory research and able to carry out the collection and interpretation of scientific information; who have research skills and are able to perform independent research work.
Theoretical and applied problems of physical chemistry. Fundamentals of thermodynamics of nonequilibrium processes Theory of electrolyte solutions. Equilibrium phenomena in electrolyte solutions Theories of chemical kinetics Electrochemical kinetics of electrode processes
Theoretical foundations and principles of analysis of chemical objects. The main stages of qualitative and quantitative chemical analysis. Analysis of objects by chemical and physico-chemical methods in accordance with the requirements of GOST and technical conditions according to a given method
The current state of the theory of organic structure Acids and bases of Bronsted, Lewis. Hard and soft acids and bases. Theoretical substantiation and application of the HSAB (hard and soft acids and bases) principle. Mechanisms of organic reactions and molecular rearrangements
Theoretical foundations and conceptual apparatus of statistical thermodynamics The relationship of statistical and phenomenological thermodynamics. Calculation of thermodynamic probability by the Boltzmann method. The distribution of molecules by energy. Statistical amount.
Graduates of the specialty can perform the following professional activities: practical, educational (pedagogical), methodical, research, organizational and managerial. The objects of professional activity are: state and non-state higher education institutions; bodies of state administration in the field of education, chemical industry; scientific research institutes of chemical, ecological, pharmaceutical, metallurgical, petrochemical, gas and coal profiles; central laboratory laboratories of chemical, pharmaceutical, environmental, metallurgical, petrochemical, gas and coal industries; establishments of the control and analytical service; centers for standardization and certification; bodies of natural resources and environmental protection; systems of judicial expertise and forensics.