91传媒

Preparation of masters with broad fundamental knowledge in the field of chemistry and pedagogy, proficient in modern educational technologies, as well as capable of managerial activities in the field of science and education.

Training of highly qualified personnel with professional competencies sufficient for the development of new knowledge and effective solutions of research and applied problems in the field of chemical education, modern theoretical chemistry and chemical industry. Master could carry out professional activities in the following areas: - secondary, professional and higher education; - research in various fields of modern chemistry; - creation of new types of chemical products and materials, improvement of existing and development of new chemical processes based on the latest achievements in the field of chemistry and related disciplines in accordance with the needs of the market, industry and agriculture; - improvement and development of methods of quality control, standardization and certification of raw materials and chemical products.

Training of highly qualified personnel with professional competencies sufficient for the development of new knowledge and effective solutions of research and applied problems in the field of modern theoretical chemistry and chemical industry. Master could carry out professional activities in the following areas: - research in various fields of modern chemistry; - creation of new types of chemical products and materials, improvement of existing and development of new chemical processes based on the latest achievements in the field of chemistry and related disciplines in accordance with the needs of the market, industry and agriculture; - improvement and development of methods of quality control, standardization and certification of raw materials and chemical products; - secondary, professional and higher education.

The purpose of the educational program is to prepare masters with professional competencies to solve theoretical and applied problems in the field of chemical physics related to the processes of combustion and explosion, physical and chemical engineering, materials science and nanotechnology. The program is aimed at creating a professional personality capable of: - to evaluate modern scientific achievements in the field of chemical physics, the physical theory of chemical reactions and experimental methods for studying the chemical structure and dynamics of chemical transformations; - to argue the basic principles and methods of modern chemical physics, in nanotechnology and in other interdisciplinary fields; - analyze the behavior of substances and structural-phase transitions in extreme conditions - in electric and magnetic fields, in conditions of static and dynamic compression, in laser radiation fields, in plasma and in gravitational fields, at ultra-high and ultra-low temperatures; - independently carry out scientific and applied research in the field of chemical physics and develop practical recommendations for using the results of scientific research in pedagogical practice and solving professional problems.

The purpose of the master's program is high-quality training of masters who have broad fundamental and practical knowledge in the field of chemical materials science, have the skills to solve production problems, and are also capable of managerial activities in the field of science and education.. The program is aimed at creating a specialist who can: - improve methods of analysis and diagnostics of chemical materials; - evaluate and purposefully change the physical and chemical characteristics of chemical materials; - engage in teaching activities with the introduction of advanced modern educational technologies; - develop technologies for obtaining new materials with specified properties.

The purpose of the educational program:training of specialists with professional competencies to solve theoretical and applied problems in the field of chemical physics related to combustion and explosion processes, physical and chemical engineering, materials science and nanotechnology.

The program is aimed at the formation of a new generation of professional personnel with in-depth special and fundamental knowledge in the field of petrochemistry and oil refining technologies, capable of developing and implementing new modern technologies for processing hydrocarbon raw materials.

Training of specialists for various fields of chemical engineering and industry, as well as secondary, professional and higher education, who have the competence to manage production processes, improve and develop methods, regulations and technologies for obtaining substances and materials.

Training of masters with professional competencies for solving theoretical and applied problems in the field of creating energy-intensive materials and improving their technology, forming a professional personality capable of independently carrying out scientific research, applying simulation processes to plan and predict experiments in the field of combustion, detonation and explosion

The program is aimed at training scientific and pedagogical personnel with in-depth and fundamental knowledge in the production of products of chemical, metallurgical, agrochemical industries, the industry to manage the production processes of inorganic substances and materials, as well as capable of developing and implementing modern educational methods.

Training of highly qualified specialists in the field of chemical technology for the production of organic substances and materials, capable of independently conducting scientific research and evaluation of the results of research work in comparison with the best global results, possessing the basics of scientific analysis and forecasting of chemical processes of production and processing of organic substances, medicinal substances and materials, as well as methods of teaching disciplines in this area.

The program is aimed at the formation of a professional personality of qualified personnel capable of: - interpret and summarize modern scientific knowledge in the field of designing new and improving existing products, of various functional purposes, based on the integrated application of nanomaterials, nanotechnology processes and nanotechnological equipment; - analyze the possibility of different methods for the synthesis of nanostructures with predetermined properties; - to put into practice modern ideas of the sciences on the properties of substances and materials when they are transferred to a nanoscale state; - to conduct independently research work on the direction of nanomaterials and nanotechnology.

The aim of the educational program "7M07122 Nanomaterials and nanotechnology in chemistry" is high-quality training of personnel in the field of nanotechnology and nanoengineering, capable of interpreting and generalizing modern scientific knowledge in the field of designing new and improving existing materials and products of various functional purposes based on the nanotechnology processes.

Training of masters in the field of oil production, oil refining, who are able to apply modern theories and methods of research and development for the sustainable development of the oil industry, improving oil recovery and improving oil technologies. - able to design and develop new innovative technological processes and equipment for oil and gas production and transportation of oil and gas. - analyze possible innovation risks when introducing new technologies and equipment. - improve the methods of operation and maintenance of equipment.

Training of masters in the field of oil and gas field development and operation, oil and gas well drilling and technical maintenance, who can apply modern theories and research methods for the sustainable development of the oil industry, increase oil production and improve oil technologies.

Comprehensive high-quality training of competitive specialists in the field of pharmaceutical production technology, in demand in the labor market of the Republic of Kazakhstan. The educational program is aimed at forming the personality of a specialist who has a systematic thinking, who is able to improve professional competencies for the development, production and registration of medicines and medical products, control and quality assurance, marketing activities, strategic planning, innovative development of pharmaceutical enterprises, and the development of appropriate strategies for individual and collective actions.

The purpose of the educational program is to train highly qualified specialists in the field of chemistry with a complex of fundamental knowledge and skills in basic research methods of chemical processes, substances and materials capable of analyzing and solving modern problems of chemical science and industry.

The purpose of the educational program is to prepare highly qualified PhD doctors with systemic knowledge and practical skills and techniques of independent research; capable of critical analysis, evaluation and generation of new ideas in the field of petrochemistry and oil refining. The program is aimed at the formation of a professional personality of a specialist capable of: - to interpret the basic principles of an integrated modern approach to the use of oil and petroleum raw materials. - to systematize and interpret the problems and tasks of scientific research, including the selection of methodologies necessary for research for further use in the performance of the thesis. - to implement an integrated approach to self-sustained research based on modern innovative technologies in the field of petrochemistry and petrochemical synthesis. - to assess the validity of the methods of conducting experiments used in scientific research, to carry out a reasoned scientific discussion, using the evidence base obtained as a result of theoretical and experimental training with the involvement of literary and patent sources of well-known researchers in the field of petrochemistry and oil refining.

Training of scientific and scientific-pedagogical personnel (Doctors of Philosophy) in the field of chemical engineering for universities, research organizations and related fields, capable of: - systematization of scientific theories and concepts of the latest directions in chemical engineering with the aim of further application of this knowledge in the implementation of dissertation research; - carrying out independent planning and conducting the scientific research based on the selection of a relevant scientific task, as well as analysis and interpretation of the obtained data; - presenting the results of scientific research in a reasoned manner at scientific discussions and publications; - organization and management of research work to solve current problems in chemical engineering; - development of new cost-effective technologies and schemes for obtaining and processing substances and materials with specified properties; - development and implementation of educational training courses in the chemical engineering field in higher education organizations; - management of production services and enterprises for the production and processing of materials of the chemical industry.

The purpose of the educational program Training of competitive personnel with sufficient competencies in the field of energy-intensive materials, capable of conducting scientific research taking into account technological standards, formulating production tasks for the production of energy-intensive materials and solving them through the technological cycle, as well as:- interpret the basic theoretical principles of energy-saturated transformations of energy-intensive materials and calculate the parameters of the state of explosion, combustion and detonation products; - systematize scientific theories about the physical nature of a shock wave, brisant, cumulative and high-explosive action of energy-intensive materials for the purpose of further application of this knowledge in the implementation of dissertation research; - to carry out independent scientific research on the varieties of explosives, gunpowder, solid rocket fuel and pyrotechnic compositions, and their use for equipping missiles, ammunition and pyrotechnic means; - to determine the significance of research into the technological processes of manufacturing explosives, gunpowder, rocket fuel and pyrotechnic compositions with a projection on the development of promising areas of the military-industrial complex, rocket engineering and the production of pyrotechnic products.

To train research and scientific-pedagogical personnel in the field of chemical technology of inorganic substances for universities, research organizations and related fields, who are capable to: - develop new cost-effective technologies and schemes for the production and processing of inorganic substances and materials with desired properties; - develop and implement educational training courses in chemical technology in higher education organizations; - manage production processes at enterprises related to the production and processing of mineral raw materials. The program is aimed at training scientific and pedagogical personnel with in-depth and fundamental knowledge in the production of products of chemical, metallurgical, agrochemical industries, the industry to manage the production processes of inorganic substances and materials, as well as capable of developing and implementing modern educational methods.

Preparation of highly qualified PhD doctors who are able to competently assess the latest achievements in the field of chemical technology of organic substances, conduct independent research to create new knowledge and technologies; promote high-tech chemical technologies for the production of organic substances and materials with a wide range of functional properties into production.

Training of highly qualified competitive scientific and scientific-pedagogical personnel in the field of nanotechnology, capable of interpreting and applying scientific theories and concepts of the latest areas of nanotechnology to create safe nanomaterials with a given composition, structure, properties and implementation of their practical application, mastering advanced research methods, ready to make contribution to the development of nanotechnology and nanoscience by solving fundamental and applied problems that contribute to the development of the economy and the formation of modern society