Education
Information about the implemented levels of education, forms of training, standard periods of training
| No. | Specialty code, areas of training | Name of profession, specialty | Educational program, profile | Education level | Form of study | Standard training period | Academic subjects, courses, disciplines | Practices |
|---|---|---|---|---|---|---|---|---|
| 1 | 18.03.01 | Chemical technology | Chemical technology pharmaceutical drugs | Higher education - bachelor's degree | Full-time | 4 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and apparatus of chemical technology, Control systems for chemical technological processes, Modeling of chemical technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, Modern chemistry and chemical safety, Fundamentals of biochemistry, Fundamentals of anatomy and physiology, Design of processes and apparatus of chemical technology, Materials science for the technology of biologically active substances, Chemistry and technology of biologically active substances, Theory of technological processes for obtaining biologically active substances, Research, development and synthesis of biomedical preparations, Fundamentals of design of production of biologically active substances, Pharmaceutical analysis and quality control system for medicines, Chemistry and biological activity of organoelement compounds | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 2 | 18.03.01 | Chemical technology | Chemical technology high molecular weight connections | Higher education - bachelor's degree | Full-time | 4 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and apparatus of chemical technology, Control systems for chemical-technological processes, Modeling of chemical-technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, Chemistry of monomers, Physics and physical chemistry of polymers, Technology and equipment for the production of polymers, Technology and equipment for plastic processing processes, Instrumental physical and chemical methods for researching polymers, Chemistry and technology of functional polymer materials, Application of polymer materials, Production technology and processing of composite materials, Chemistry of macromolecular compounds, Equipment and design principles for polymer production, | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 3 | 18.03.01 | Chemical | Chemical | Higher education - bachelor's degree | Correspondence | 4 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and apparatus of chemical technology, Control systems for chemical-technological processes, Modeling of chemical-technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, Chemistry of monomers, Physics and physical chemistry of polymers, Technology and equipment for the production of polymers, Technology and equipment for plastic processing processes, Instrumental physical and chemical methods for researching polymers, Chemistry and technology of functional polymer materials, Application of polymer materials, Production technology and processing of composite materials, Chemistry of macromolecular compounds, Equipment and design principles for polymer production, | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 4 | 18.03.01 | Chemical | Chemical | Higher education - bachelor's degree | Full-time | 4 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and apparatus of chemical technology, Control systems for chemical-technological processes, Modeling of chemical-technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, Theoretical foundations of the technology of inorganic substances, Instrumental methods of physical and chemical analysis in the technology of mineral fertilizers, Technology of inorganic substances: catalytic processes, Materials science in the technology of inorganic substances, Equipment and fundamentals for the design of production of basic inorganic substances synthesis, Design of processes and apparatuses of chemical technology, Technology of inorganic functional materials: catalysts and adsorbents, Fundamentals of experimental research in the technology of inorganic substances and mineral fertilizers, Adsorption in the technology of inorganic substances, Scientific research in the technology of mineral fertilizers | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 5 | 18.03.01 | Chemical | Chemical | Higher education - bachelor's degree | Correspondence | 4 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and apparatus of chemical technology, Control systems for chemical-technological processes, Modeling of chemical-technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, Theoretical foundations of the technology of inorganic substances, Instrumental methods of physical and chemical analysis in the technology of mineral fertilizers, Technology of inorganic substances: catalytic processes, Materials science in the technology of inorganic substances, Equipment and fundamentals for the design of production of basic inorganic substances synthesis, Design of processes and apparatuses of chemical technology, Technology of inorganic functional materials: catalysts and adsorbents, Fundamentals of experimental research in the technology of inorganic substances and mineral fertilizers, Adsorption in the technology of inorganic substances, Scientific research in the technology of mineral fertilizers | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 6 | 18.03.01 | Chemical | System | Higher education - bachelor's degree | Full-time | 4 years | Show/hideИностранный язык; Безопасность жизнедеятельности; Введение в промышленную органическую химию; Введение в теорию процессов органического синтеза; Введение в химическую технологию; Высокотемпературная переработка углеродсодержащего сырья; Детали машин и основы конструирования; Инженерная и компьютерная графика; Исследование и синтез малотоннажных органических продуктов; Исследовательский проект; Конструирование и расчет элементов оборудования; Математика; Материаловедение; Метрология; Механизмы органических реакций; Механические процессы и аппараты химической технологии; Моделирование химико-технологических процессов; Оборудование и технология производств переработки нефти и газа; Оборудование и технология производств углеродных материалов; Общая и неорганическая химия; Общая химическая технология; Органическая химия; Основы взаимозаменяемости и нормирования точности изделий машиностроения; Основы информационных технологий; Основы проектирования и оборудование предприятий органического синтеза; Основы технического регулирования и управления качеством; Основы экономики и управления производством; Перевод научно-технической литературы; Правоведение; Проблемы устойчивого развития; Профильное программное обеспечение для решения задач профессиональной деятельности; Русский язык и культура речи; Системы управления технологическими машинами и оборудованием; Социально-психологические основы развития личности; Теоретическая механика; Теория химических процессов органического синтеза; Техническая термодинамика и теплотехника; Технологический проект; Технология и оборудование производства полимеров; Технология и оборудование процессов переработки полимеров; Технология конструкционных материалов; Технология органических веществ; Технология основного органического синтеза; Углеродные материалы; Физика; Физика и физическая химия полимеров; Физическая культура и спорт; Физическая химия; Философия; Химия и технология органических веществ; Химия и технология органических красителей; Цифровая трансформация бизнеса; Элективные дисциплины по физической культуре и спорту; Электротехника и промышленная электроника; История России; Основы российской государственности; Основы управления проектами; Основы военной подготовки; Аддитивные технологии; Вычислительная механика (CAE); Обзор индустрии; Техника безопасности и навык работы в лаборатории и на производстве; Природные энергоносители; Кинетика гомогенных и гетерогенных процессов; Моделирование процессов и аппаратов химической технологии в ChemCAD (DWSIM); Основы расчета и проектирования аппаратов основного органического и нефтехимического синтеза; Теория химико-технологических процессов тонкого органического синтеза; Химия и технология полимеров медико-биологического назначения; Оборудование и основы проектирования производств полимеров; Химия и технология функциональных полимерных материалов; Технология подготовки поверхности и нанесения лакокрасочных материалов; Оборудование и основы проектирования производств лакокрасочных материалов; Технология полимерных пленкообразующих материалов; Оборудование и основы проектирования производств переработки пластмасс; Вычислительная гидродинамика (CAE/CFD); Моделирование мультидисциплинарных систем; Алгоритмы и программирование на Python; Анализ данных и машинное обучение; Введение в программную инженерию. ИТ-проект; Введение в системную инженерию. Инженерный проект; Инженерно-конструкторский проект (Химическое конструкторское бюро); Введение в исследовательскую деятельность; Дискретные структуры; Управление жизненным циклом продукции (PLM); Цифровая подготовка и планирование производства (CAM/CAPP); Оптимизация процессов и конструкций (CAO); Системы управления производственными процессами (MES); Моделирование молекулярных систем (MD); Вычислительная реодинамика полимеров (CAE/CFD/RD); Химия полимеров; Цифровой дизайн в индустрии полимеров и композитов; Гражданская оборона в чрезвычайных ситуациях; Сопротивление материалов; Технология машиностроения; Системный подход к проектированию технологий природных энергоносителей и углеродных материалов; Конструирование технологической оснастки производства изделий из полимеров; Цифровое конструирование и проектирование (CAD); Инженерная и компьютерная графика: дополнительные главы; Введение в инженерную деятельность; STEM-проект | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 7 | 18.03.01 | Chemical | Technology | Higher education - bachelor's degree | Full-time | 4 years | Show/hideИностранный язык; Аналитическая химия; Безопасность жизнедеятельности; Введение в промышленную органическую химию; Введение в теорию процессов органического синтеза; Высокотемпературная переработка углеродсодержащего сырья; Инженерная и компьютерная графика; Инструментальные методы химического анализа; Исследование и синтез малотоннажных органических продуктов; Исследование лакокрасочных материалов; Исследовательский проект; Квантово-химический анализ строения и свойств органических соединений; Коллоидная химия; Лабораторный практикум по химии и технологии основного органического синтеза; Математика; Материаловедение; Механизмы органических реакций; Моделирование химико-технологических процессов; Оборудование и технология производств переработки нефти и газа; Оборудование и технология производств углеродных материалов; Общая и неорганическая химия; Общая химическая технология; Органическая химия; Основы информационных технологий; Основы проектирования и оборудование предприятий органического синтеза; Основы технологии крашения; Основы экономики и управления производством; Перевод научно-технической литературы; Правоведение; Прикладная механика; Принципы конструирования изделий из полимеров; Проблемы устойчивого развития; Профильное программное обеспечение для решения задач профессиональной деятельности; Процессы и аппараты химической технологии; Русский язык и культура речи; Синтез и исследование полимеров; Социально-психологические основы развития личности; Теория химических процессов органического синтеза; Техническая термодинамика и теплотехника; Технологический проект; Технология и оборудование производства полимеров; Технология и оборудование процессов переработки полимеров; Технология органических веществ; Технология основного органического синтеза; Углеродные материалы; Физика; Физика и физическая химия полимеров; Физическая культура и спорт; Физическая химия; Философия; Химическая технология; Химическая технология пигментов и пигментированных лакокрасочных материалов; Химия и технология органических веществ; Химия и технология органических красителей; Цифровая трансформация бизнеса; Элективные дисциплины по физической культуре и спорту; История России; Основы российской государственности; Основы управления проектами; Основы военной подготовки; Вычислительная механика (CAE); Техника безопасности и навык работы в лаборатории и на производстве; Природные энергоносители; Автоматизация процессов производства (КИП и АСУТП); Data Science: аналитика данных и математическое моделирование на Python; Публикация результатов исследований; Кинетика гомогенных и гетерогенных процессов; Моделирование процессов и аппаратов химической технологии в ChemCAD (DWSIM); Привлечение финансирования на разработки в отрасли; Построение карьеры и поиск работы в отрасли; Инструментальные методы анализа природных энергоносителей; Инструментальные методы анализа углеродных материалов; Основы расчета и проектирования аппаратов основного органического и нефтехимического синтеза; Основы моделирования процессов основного органического и нефтехимического синтеза; Теория химико-технологических процессов тонкого органического синтеза; Инструментальные физико-химические методы исследований полимеров; Оборудование и основы проектирования производств полимеров; Химия и технология функциональных полимерных материалов; Технология подготовки поверхности и нанесения лакокрасочных материалов; Оборудование и основы проектирования производств лакокрасочных материалов; Технология полимерных пленкообразующих материалов; Технология формирования лакокрасочных покрытий; Оборудование и основы проектирования производств переработки пластмасс; Физико-химия процессов переработки полимеров и композитов; Технологические процессы получения изделий из пластмасс; Технология и оборудование производства изделий из полимерных композиционных материалов; Химия и технология мономеров; Вычислительная гидродинамика (CAE/CFD); Моделирование мультидисциплинарных систем; Алгоритмы и программирование на Python; Анализ данных и машинное обучение; Введение в программную инженерию. ИТ-проект; Введение в системную инженерию. Инженерный проект; Инженерно-конструкторский проект (Химическое конструкторское бюро); Введение в исследовательскую деятельность; Обзор индустрии нефтегазохимии и полимерных материалов; Управление жизненным циклом продукции (PLM); Цифровая подготовка и планирование производства (CAM/CAPP); Оптимизация процессов и конструкций (CAO); Системы управления производственными процессами (MES); Моделирование молекулярных систем (MD); Вычислительная реодинамика полимеров (CAE/CFD/RD); Химия полимеров; Цифровой дизайн в индустрии полимеров и композитов; Исследование процессов переработки полимеров и композитов; Гражданская оборона в чрезвычайных ситуациях; Системы управления технологическими процессами (КИП и АСУТП); Системный подход к проектированию технологий природных энергоносителей и углеродных материалов; Связующие и наполнители полимерных композиционных материалов; Цифровое конструирование и проектирование (CAD); Введение в инженерную деятельность; STEM-проект; Основы автоматизации технологических процессов; Применение полимеров; Тенденции развития в науке о полимерах | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 8 | 20.03.01 | Technosphere | Engineering protection | Higher education - bachelor's degree | Correspondence | 4 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and apparatus of chemical technology, Control systems for chemical technological processes, Modeling of chemical technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, Special assessment of working conditions, Industrial safety in the chemical industry, Technogenic risk analysis, Industrial sanitation and occupational hygiene, Computer technologies and design methods in the field of safety, Medical and biological fundamentals of life safety, Supervision and control in the field of safety, Thermophysics, Theory of combustion and explosion, Fundamentals of the reliability of technical systems, Methods and means of reducing the fire danger of combustible materials, Fundamentals of the economics of occupational safety, Environmental safety of chemical enterprises, Safety in emergency situations and civil protection | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 9 | 22.03.01 | Materials Science | Materials Science and | Higher education - bachelor's degree | Correspondence | 4 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and apparatus of chemical technology, Control systems for chemical technological processes, Modeling of chemical technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, Introduction to the specialty, Physics of condensed matter, Materials science and corrosion protection, Physical chemistry of basic processes in materials technology, Composite materials, Nanostructured materials, Gas-phase technologies of nanomaterials, Synthesis of nanoparticles and nanomaterials in liquid media, Methods for analyzing nanostructured materials, Fundamentals of biochemistry for materials science and technology of nanomaterials, Probe microscopy for assessing the quality of nanostructured composite materials, Laser diffraction methods for studying nanomaterials and raw materials for their production, Nanomaterials for targeted transport of drugs, Magnetic properties of nanostructured composite materials | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 10 | 38.03.02 | Management | Management and | Higher education - bachelor's degree | Full-time | 4 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Team building and leadership, Economic theory and institutional economics, Economics of an enterprise (organization), History of management thought, Organization theory, Financial and management accounting, Management decisions, Business planning, Innovation management, Financial management, Marketing, Logistics, Organization and conduct of experimental research, Statistics, Chemistry, Physics, Higher mathematics, Risk management, Investment management, Organizational management, Organization design, Taxation, Quality management, Crisis management, Environmental management, Brand management and event marketing, Corporate social responsibility, Advertising, Digital economy, Management systems research, Strategic management, Industrial safety management, Human resource management, Information support for organization management, | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: pre-graduation practice |
| 11 | 38.03.01 | Economy | Economics and | Higher education - bachelor's degree | Full-time | 4 years | Show/hideAnalysis and design of business processes; Anti-crisis management; Life safety; Business Engineering; Business planning; Concepts of modern natural science; Leadership; Logistics; Marketing; Management; Methods of making management decisions; Taxation; General and inorganic chemistry; Organic chemistry; Fundamentals of information technology; Basics of scientific research; Fundamentals of production process technologies; Fundamentals of economics and production management; Business valuation; Translation of scientific and technical literature; Jurisprudence; Production management; Industrial Marketing; Profile software for solving professional problems; Risk management; Statistics; Strategic management; Quality management; Human Resource Management; Management accounting; Physical culture and sports; Philosophy; Financial markets and institutions; Financial management; Economic law; Digital Economy; Public Sector Economics; Elective disciplines in physical education and sports; History of Russia; Fundamentals of Russian statehood; Product Management; Fundamentals of Project Management; Basics of military training; Higher mathematics; World Economy; Russian as a foreign language; Audit; Russian language and business communication; Business analytics; Microeconomics; Macroeconomics; Social Psychology; Foreign language (English); History of economic doctrines; Economics of a chemical industry enterprise; Economic analysis; Organization Theory and Organizational Behavior; Industrial safety; Economic security of the enterprise; Chemical industry market; Financial accounting and analysis of chemical industry enterprises; Behavioral Economics; Fundamentals of Technology Entrepreneurship; Pricing in the industrial market | Show/hideEducational practice: introductory practice, Industrial practice: technological (design and technological) practice, Industrial practice: pre-graduation practice |
| 12 | 44.03.05 | Pedagogical | Chemistry teacher and | Higher education - bachelor's degree | Full-time | 5 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and apparatus of chemical technology, Control systems for chemical-technological processes, Modeling of chemical-technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, Psychology, Pedagogy, Age-related anatomy, physiology and hygiene, Regulatory framework of professional activity, Theory and methodology of teaching chemistry, Methodological work of a teacher, Assessing learning outcomes at school, Methods of individualization of educational student activities, Diagnosis and correction of learning difficulties, Teacher interaction with subjects of educational relations, Technology and organization of educational practices, Theory and practice of inclusive education, Theory and methodology of teaching biology, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, General biology, Botany, Zoology, Microbiology, Cell biology, Evolution and genetics, Anatomy and human morphology, General ecology, Formation of the educational environment, Design and examination of educational systems, Modern psychological and pedagogical technologies in high school, Modern didactic systems, Psychological and pedagogical diagnostics, Correctional and developmental work in high school, Psychological and pedagogical education of subjects of the educational process, Organization of project and research activities of students, Ethnopedagogy, Special psychology and pedagogy | Show/hideEducational practice: introductory practice, Industrial practice: teaching practice, Industrial practice: research work, Industrial practice: pre-graduation practice |
| 13 | 33.05.01 | Pharmacy | Pharmaceutical | Higher education – specialty | Full-time | 5 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and devices of chemical technology, Control systems for chemical technological processes, Modeling of chemical technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, First aid in emergency conditions, Human anatomy and physiology, Medical and pharmaceutical chemistry, Pharmacology, Methods of pharmacopoeial analysis, Pharmacognosy, Medical and pharmaceutical commodity science, General pharmaceutical technology, Pharmaceutical development, Professional ethics, Economics of an enterprise (organization), Management of an organization, Production management, Organization and planning of production, Management and economics of pharmacy, Regulatory framework of pharmaceutical activities, Technologies and equipment of chemical-pharmaceutical production, Technologies and equipment of biopharmaceutical production, Technology of finished dosage and formulation forms, Quality management of medicines, Storage and transportation of medicines, Financial and management accounting, Management decisions, Business planning, Strategic management, Innovation management, Investment management, Private pharmaceutical technology, Pharmaceutical marketing | Show/hideEducational practice: introductory practice, Educational practice: practice in general pharmaceutical technology, Industrial practice: practice in pharmaceutical technology |
| 14 | 18.05.02 | Chemical | Chemical technology | Higher education – specialty | Full-time | 5 years | Show/hidePhilosophy, Fundamentals of Russian statehood, History of Russia, Recent history of Uzbekistan, Social and psychological foundations of personality development, Law, Intellectual and cultural heritage of the Uzbek people, Foreign language, Uzbek language and Uzbek literature, Russian as a foreign language, Life safety, Physical culture and sports, General physical training, Digital literacy, Information and communication technologies in the professional field, Fundamentals of project activity, Fundamentals of team management, Higher mathematics, Quantum chemistry, Problems of sustainable development, Physics, General and inorganic chemistry, Organic chemistry, Analytical chemistry, Physical chemistry, Colloid chemistry, Laboratory workshop in organic chemistry, Engineering and computer graphics, Applied mechanics, General chemical technology, Processes and apparatus of chemical technology, Control systems for chemical technological processes, Modeling of chemical technological processes, Fundamentals of economics and production management, Organization and conduct of experimental research, Statistics, Fundamentals of nuclear physics and dosimetry, Radiochemistry, Fundamentals of nuclear technology, Methods of analytical control in the production of materials of modern energy, Technology of basic materials of modern energy and the fundamentals of radiation safety, Fundamentals of technical regulation and quality management in the technology of materials of modern energy, Technological equipment of the nuclear industry, Chemistry and technology of rare, rare earth and precious metals, Uranium and thorium technology, Nuclear fuel technology, Ceramic fuel technology, Radiochemical reprocessing of spent nuclear fuel, Reprocessing and disposal of radioactive waste, Chemistry of artificial radionuclides, Industrial sanitation and labor protection, Solid state chemistry in the technology of rare elements, Ion exchange processes in the technology of rare and rare earth elements metals, Non-traditional processing of rare metal raw materials, Inorganic sorbents in radiochemistry | Show/hideEducational practice: familiarization practice, Production practice: technological practice, Production practice: operational practice, Production practice: design and technological practice |
| 15 | 18.04.01 | Chemical | Chemical | Higher education - master's degree | Full-time | 2 years | Show/hideBusiness foreign language, Project management, Sociology and psychology of professional activity, Instrumental research methods in chemical technology, Modern technological and instrumental design of chemical technology processes, Optimization of chemical technological processes, Additional chapters of mathematics, Information technology in education, Chemoinformatics, Pathological biochemistry, Theoretical and experimental methods in chemistry, Medical chemistry. Fundamentals of pharmacology, Technology of biologically active substances, Fundamentals of reactivity and reaction mechanisms of organic compounds, Chemistry and biological activity of organoelement compounds, Modern directions and methods for obtaining biologically active substances | Show/hideEducational practice: research work (obtaining primary skills in research work), Industrial practice: research work Show/hide |
Information about the languages in which education (training) is carried out, placed in the form of an electronic document signed with an electronic signature
Information about languages of education
Information on the number of students in the form of an electronic document signed with an electronic signature
Information on the number of students
Information about the results of admission in the form of an electronic document signed with an electronic signature
Information about the results of transfer, restoration and deduction in the form of an electronic document signed with an electronic signature
Information about the results of transfer, restoration and deduction
Information about ongoing educational programs
| No. | Specialty code, areas of training | Name of profession, specialty | Education level | Educational program, profile | Implemented forms of training | Description of OP | Syllabus | Work programs | Calendar training schedule | Internship programs | Methodological and other documents |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Pharmaceuticals (2022 Recruitment) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 2 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Pharmaceuticals (2023 Recruitment) | Full-time | Description of OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 3 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Pharmaceuticals (2024 Recruitment) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 4 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Pharmaceuticals (2025 Recruitment) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 5 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Macromolecular Compounds (2022 Recruitment) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 6 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Macromolecular Compounds (2024 Recruitment) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 7 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Macromolecular Compounds (2025 Recruitment) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 8 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Macromolecular Compounds (2022 Recruitment) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | Show/hideAppraisal Fund |
| 9 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Macromolecular Compounds (2023 Recruitment) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 10 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Macromolecular Compounds (2024 Recruitment) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 11 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical Technology of Macromolecular Compounds (2025 Recruitment) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | Show/hideAppraisal Fund |
| 12 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical technology of mineral fertilizers (2024 set) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 13 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical technology of mineral fertilizers (2025 set) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | Show/hideAppraisal Fund |
| 14 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical technology of mineral fertilizers (2022 set) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 15 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical technology of mineral fertilizers (2023 set) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 16 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical technology of mineral fertilizers (2024 set) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 17 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Chemical technology of mineral fertilizers (2025 set) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 18 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Systems Digital Chemical Engineering and Mechanical Engineering (2025 Recruitment) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 19 | 18.03.01 | Chemical technology | Higher education - bachelor's degree | Technology of petrochemical chemistry, polymer and functional materials (2025) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 20 | 20.03.01 | Technosphere safety | Higher education - bachelor's degree | Environmental Engineering (2022 Recruitment) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 21 | 20.03.01 | Technosphere safety | Higher education - bachelor's degree | Environmental Engineering (2022 Recruitment) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 22 | 20.03.01 | Technosphere safety | Higher education - bachelor's degree | Environmental Engineering (2023 Recruitment) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | |
| 23 | 20.03.01 | Technosphere safety | Higher education - bachelor's degree | Environmental Engineering (2024 Recruitment) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | |
| 24 | 20.03.01 | Technosphere safety | Higher education - bachelor's degree | Environmental Engineering (2025 Recruitment) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | |
| 25 | 22.03.01 | Materials Science and Technology | Higher education - bachelor's degree | Materials Science and Technology (2025 Recruitment) | Correspondence | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | |
| 26 | 38.03.02 | Management | Higher education - bachelor's degree | Management and economics of a chemical enterprise. industry (2024) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 27 | 38.03.02 | Management | Higher education - bachelor's degree | Management and economics of a chemical enterprise. industry (2024) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 28 | 38.03.02 | Management | Higher education - bachelor's degree | Management and economics of a chemical enterprise. industry (2025) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | |
| 29 | 38.03.01 | Economy | Higher education - bachelor's degree | Economics and management of a chemical enterprise. industry (2025) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | Show/hideAppraisal Fund |
| 30 | 44.03.05 | Teacher education | Higher education - bachelor's degree | Chemistry and Biology Teacher (2024 intake) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | |
| 31 | 44.03.05 | Teacher education | Higher education - bachelor's degree | Chemistry and Biology Teacher (2025 intake) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | |
| 32 | 33.05.01 | Pharmacy | Higher education – specialty | Pharmaceutical activities in the field of drug circulation (recruitment 2024) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | |
| 33 | 33.05.01 | Pharmacy | Higher education – specialty | Pharmaceutical activities in the field of drug circulation (recruitment 2025) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 34 | 18.05.02 | Chemical technology of modern energy materials | Higher education – specialty | Chemical technology of nuclear fuel cycle materials (2024) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf | |
| 35 | 18.05.02 | Chemical technology of modern energy materials | Higher education – specialty | Chemical technology of nuclear fuel cycle materials (2025) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 36 | 18.04.01 | Chemical technology | Higher education - master's degree | Chemical technology of biologically active substances (2024 set) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Work programs for practitioners.pdf | |
| 37 | 18.04.01 | Chemical technology | Higher education - master's degree | Chemical technology of biologically active substances (2025 set) | Full-time | Description OP.pdf | Curriculum.pdf | Work programs of disciplines.pdf | Calendar training schedule.pdf | Working programs of practice.pdf |
Information about implemented adapted educational programs
| No. | Specialty code, areas of training, group code | Name of profession, specialty, direction | Education level | Educational program, focus, profile | Implemented forms of training | Link to description of educational program | Link to curriculum | Links to work programs of disciplines | Link to academic calendar | Link to practice programs | Link to methodological and other documents |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | Absent | Absent | Absent | Absent | Absent | Absent | Absent | Absent | Absent | Absent | Absent |
Information about the directions and results of scientific (research) activities and the research base for its implementation
| No. | Specialty code, areas of training, group code of scientific specialties | Name of profession, specialty, area of training, name of group of scientific specialties | List of scientific areas within which scientific (research) activities are carried out | Educational program, focus, profile, code and name of scientific specialty | Education level | Name of scientific direction/scientific school | Results of scientific (research) activities | Information about the scientific research base for carrying out scientific (research) activities |
|---|---|---|---|---|---|---|---|---|
| 1 | 18.03.01 | Chemical technology | Show/hidea) 1.Catalytic processes. 2. Development of scientific and technological foundations for the production of salts, concentrates and fertilizers from potash, phosphate natural and man-made raw materials. 3. Synthesis and study of the properties of adsorbents and catalysts and processes based on them. 4.Inorganic materials. 5. Development of scientific foundations for environmentally sound technologies for electrodeposition of metals and alloys with desired properties. 6. Solving environmental problems of galvanic and other industries using electrochemical methods. 7. Electrocatalysis and fuel cells. 8. Electrosynthesis of organic compounds and medical aspects of electrochemical processes. 9. Import substitution of technologies for printed circuit boards of electronic equipment. 10. Neutralization of liquid and solid industrial waste. b) 1. Surface phenomena, physico-chemical mechanics and adsorption processes with the participation of surfactants. 2. Microencapsulation of biologically active substances. 3. Synthesis and study of colloidal chemical properties of metal hydrosols and their oxides. 4. Development of new forms of medicinal and cosmetic products for various purposes (tumor markers, immobilized enzymes, microencapsulated preparations, emulsions, microemulsions, perfume compositions). | Chemical technology of pharmaceuticals | Higher education bachelor's degree | Chemical technology | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hidea) Cabinets with video projectors. Laboratories. b) PC with the ability to view videos and presentations. Projection equipment. Equipment required to carry out research: - fume hoods and drying cabinets; - thermostat; - laboratory and analytical scales; - laboratory homogenizer; - top-drive and magnetic stirrers; - laboratory shaker; - ultrasonic bath; - laboratory centrifuge; - pH meter; - conductometer; - capillary viscometers; - rotational viscometer Reotest-2; - stalagmometer; - Rebinder device for measuring surface tension; - du Nouy tensiometer; - spectrophotometer; - photoelectric colorimeter; - photocorrelation spectrometer; - optical microscope with video camera; - refractometer; - Ross-Miles device for determining foaming ability; - rotary evaporator; - heating mantles; - water distiller; - laboratory furniture: tables, cabinets, bedside tables, etc. |
| 2 | 18.03.01 | Chemical technology | Show/hidea) 1.Catalytic processes. 2. Development of scientific and technological foundations for the production of salts, concentrates and fertilizers from potash, phosphate natural and man-made raw materials. 3. Synthesis and study of the properties of adsorbents and catalysts and processes based on them. 4.Inorganic materials. 5. Development of scientific foundations for environmentally sound technologies for electrodeposition of metals and alloys with desired properties. 6. Solving environmental problems of galvanic and other industries using electrochemical methods. 7. Electrocatalysis and fuel cells. 8. Electrosynthesis of organic compounds and medical aspects of electrochemical processes. 9. Import substitution of technologies for printed circuit boards of electronic equipment. 10. Neutralization of liquid and solid industrial waste. b) 1. Surface phenomena, physico-chemical mechanics and adsorption processes with the participation of surfactants. 2. Microencapsulation of biologically active substances. 3. Synthesis and study of colloidal chemical properties of metal hydrosols and their oxides. 4. Development of new forms of medicinal and cosmetic products for various purposes (tumor markers, immobilized enzymes, microencapsulated preparations, emulsions, microemulsions, perfume compositions). | Chemical technology of high molecular weight compounds | Higher education bachelor's degree | Chemical technology | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. |
| 3 | 18.03.01 | Chemical technology | Show/hidea) 1.Catalytic processes. 2. Development of scientific and technological foundations for the production of salts, concentrates and fertilizers from potash, phosphate natural and man-made raw materials. 3. Synthesis and study of the properties of adsorbents and catalysts and processes based on them. 4.Inorganic materials. 5. Development of scientific foundations for environmentally sound technologies for electrodeposition of metals and alloys with desired properties. 6. Solving environmental problems of galvanic and other industries using electrochemical methods. 7. Electrocatalysis and fuel cells. 8. Electrosynthesis of organic compounds and medical aspects of electrochemical processes. 9. Import substitution of technologies for printed circuit boards of electronic equipment. 10. Neutralization of liquid and solid industrial waste. b) 1. Surface phenomena, physico-chemical mechanics and adsorption processes with the participation of surfactants. 2. Microencapsulation of biologically active substances. 3. Synthesis and study of colloidal chemical properties of metal hydrosols and their oxides. 4. Development of new forms of medicinal and cosmetic products for various purposes (tumor markers, immobilized enzymes, microencapsulated preparations, emulsions, microemulsions, perfume compositions). | Chemical technology of mineral fertilizers | Higher education bachelor's degree | Chemical technology | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. |
| 4 | 18.03.01 | Chemical technology | Show/hide a) 1.Catalytic processes. 2. Development of scientific and technological foundations for the production of salts, concentrates and fertilizers from potash, phosphate natural and man-made raw materials. 3. Synthesis and study of the properties of adsorbents and catalysts and processes based on them. 4.Inorganic materials. 5. Development of scientific foundations for environmentally sound technologies for electrodeposition of metals and alloys with desired properties. 6. Solving environmental problems of galvanic and other industries using electrochemical methods. 7. Electrocatalysis and fuel cells. 8. Electrosynthesis of organic compounds and medical aspects of electrochemical processes. 9. Import substitution of technologies for printed circuit boards of electronic equipment. 10. Neutralization of liquid and solid industrial waste. b) 1. Surface phenomena, physico-chemical mechanics and adsorption processes with the participation of surfactants. 2. Microencapsulation of biologically active substances. 3. Synthesis and study of colloidal chemical properties of metal hydrosols and their oxides. 4. Development of new forms of medicinal and cosmetic products for various purposes (tumor markers, immobilized enzymes, microencapsulated preparations, emulsions, microemulsions, perfume compositions). | System digital chemical engineering and chemical engineering | Higher education bachelor's degree | Chemical technology | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hidea) Cabinets with video projectors. Laboratories. b) PC with the ability to view videos and presentations. Projection equipment. Equipment required to carry out research: - fume hoods and drying cabinets; - thermostat; - laboratory and analytical scales; - laboratory homogenizer; - top-drive and magnetic stirrers; - laboratory shaker; - ultrasonic bath; - laboratory centrifuge; - pH meter; - conductometer; - capillary viscometers; - rotational viscometer Reotest-2; - stalagmometer; - Rebinder device for measuring surface tension; - du Nouy tensiometer; - spectrophotometer; - photoelectric colorimeter; - photocorrelation spectrometer; - optical microscope with video camera; - refractometer; - Ross-Miles device for determining foaming ability; - rotary evaporator; - heating mantles; - water distiller; - laboratory furniture: tables, cabinets, bedside tables, etc. |
| 5 | 18.03.01 | Chemical technology | Show/hidea) 1.Catalytic processes. 2. Development of scientific and technological foundations for the production of salts, concentrates and fertilizers from potash, phosphate natural and man-made raw materials. 3. Synthesis and study of the properties of adsorbents and catalysts and processes based on them. 4.Inorganic materials. 5. Development of scientific foundations for environmentally sound technologies for electrodeposition of metals and alloys with desired properties. 6. Solving environmental problems of galvanic and other industries using electrochemical methods. 7. Electrocatalysis and fuel cells. 8. Electrosynthesis of organic compounds and medical aspects of electrochemical processes. 9. Import substitution of technologies for printed circuit boards of electronic equipment. 10. Neutralization of liquid and solid industrial waste. b) 1. Surface phenomena, physico-chemical mechanics and adsorption processes with the participation of surfactants. 2. Microencapsulation of biologically active substances. 3. Synthesis and study of colloidal chemical properties of metal hydrosols and their oxides. 4. Development of new forms of medicinal and cosmetic products for various purposes (tumor markers, immobilized enzymes, microencapsulated preparations, emulsions, microemulsions, perfume compositions). | Technology of petrochemical chemistry, industrial organic synthesis, polymer and functional materials | Higher education bachelor's degree | Chemical technology | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hidea) Cabinets with video projectors. Laboratories. b) PC with the ability to view videos and presentations. Projection equipment. Equipment required to carry out research: - fume hoods and drying cabinets; - thermostat; - laboratory and analytical scales; - laboratory homogenizer; - top-drive and magnetic stirrers; - laboratory shaker; - ultrasonic bath; - laboratory centrifuge; - pH meter; - conductometer; - capillary viscometers; - rotational viscometer Reotest-2; - stalagmometer; - Rebinder device for measuring surface tension; - du Nouy tensiometer; - spectrophotometer; - photoelectric colorimeter; - photocorrelation spectrometer; - optical microscope with video camera; - refractometer; - Ross-Miles device for determining foaming ability; - rotary evaporator; - heating mantles; - water distiller; - laboratory furniture: tables, cabinets, bedside tables, etc. |
| 6 | 20.03.01 | Technosphere safety | Show/hide1. Research into fire and explosion hazards of substances and materials. 2. Physico-chemical studies of harmful and dangerous substances. 3.Comprehensive studies of security in the technosphere. | Engineering environmental protection | Higher education bachelor's degree | Technosphere safety | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hideAuditoriums with video projectors for conducting classes and round tables of scientific seminars. Computer class. Department laboratories. Research complex "Crocus". Center for Collective Use named after. DI. Mendeleev. |
| 7 | 22.03.01 | Materials Science and Technology | Show/hide1) Development of fluorescent penetrants based on iron oxide nanoparticles for magnetic flaw detection of metal products. 2) Creation of nanocomposites with increased fire retardant and improved mechanical properties. 3) Study of the magnetic properties of nanomaterials. 4) Nanostructured media for chemical polishing of metal surfaces. | Materials Science and Technology | Higher education bachelor's degree | Materials Science and Technology | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. |
| 8 | 38.03.02 | Management | Show/hide1. Development of effective marketing strategies for business entities. 2. Labor market for young specialists. 3. Development of a quality management system for educational organizations. | Management and economics of a chemical industry enterprise | Higher education bachelor's degree | Management | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hideAgreements with enterprises and organizations for pre-diploma internship. Online resources: University Library online, Electronic library eLibrary. Office with video projector (room 521a). Computer class (room 260). Regular and periodic scientific events: participation in the International Congress of Young Scientists in Chemistry and Chemical Technology. Based on the results of the conference, a collection of abstracts is published. Regular and periodical publications: the magazine "Bulletin of the Russian Chemical-Technological University named after D.I. Mendeleev. Humanitarian and socio-economic research", the magazine "Management in Russia and Abroad". |
| 9 | 38.03.01 | Economy | Show/hide1. Development of effective marketing strategies for business entities. 2. Labor market for young specialists. 3. Development of a quality management system for educational organizations. | Economics and management of a chemical industry enterprise | Higher education bachelor's degree | Economy | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hideAgreements with enterprises and organizations for pre-diploma internship. Online resources: University Library online, Electronic library eLibrary. Office with video projector (room 521a). Computer class (room 260). Regular and periodic scientific events: participation in the International Congress of Young Scientists in Chemistry and Chemical Technology. Based on the results of the conference, a collection of abstracts is published. Regular and periodical publications: the magazine "Bulletin of the Russian Chemical-Technological University named after D.I. Mendeleev. Humanitarian and socio-economic research", the magazine "Management in Russia and Abroad". |
| 10 | 44.03.05 | Pedagogical education (with two training profiles) | Show/hide1. Methodology for teaching professionally oriented communication in the field of chemistry and biology in the system of teacher education. 2.Methodological and theoretical foundations for the formation of professional communication of future teachers of chemistry and biology. 3. Pedagogical foundations of teaching professional oral speech to future teachers of chemistry and biology in the educational process. 4. Pedagogical foundations for the formation of an effective educational communication space in the training of chemistry and biology teachers. | Chemistry and Biology Teacher | Higher education bachelor's degree | Pedagogy | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hideAgreements with educational organizations (secondary schools, lyceums, gymnasiums, institutions of additional education) for educational, industrial and pre-diploma internships. Online resources: University Library online, Electronic library eLibrary. Office with video projector (room 521a). Computer class (room 260). Regular and periodic scientific events: participation in the International Congress of Young Scientists in Chemistry and Chemical Technology. Based on the results of the conference, a collection of abstracts is published. Regular and periodical publications: the journal "Bulletin of the Russian Chemical-Technological University named after D.I. Mendeleev. Humanitarian and socio-economic research", the journal "Education Issues". |
| 11 | 33.05.01 | Pharmacy | Show/hidea) 1.Catalytic processes. 2. Development of scientific and technological foundations for the production of salts, concentrates and fertilizers from potash, phosphate natural and man-made raw materials. 3. Synthesis and study of the properties of adsorbents and catalysts and processes based on them. 4.Inorganic materials. 5. Development of scientific foundations for environmentally sound technologies for electrodeposition of metals and alloys with desired properties. 6. Solving environmental problems of galvanic and other industries using electrochemical methods. 7. Electrocatalysis and fuel cells. 8. Electrosynthesis of organic compounds and medical aspects of electrochemical processes. 9. Import substitution of technologies for printed circuit boards of electronic equipment. 10. Neutralization of liquid and solid industrial waste. b) 1. Surface phenomena, physico-chemical mechanics and adsorption processes with the participation of surfactants. 2. Microencapsulation of biologically active substances. 3. Synthesis and study of colloidal chemical properties of metal hydrosols and their oxides. 4. Development of new forms of medicinal and cosmetic products for various purposes (tumor markers, immobilized enzymes, microencapsulated preparations, emulsions, microemulsions, perfume compositions). | Pharmaceutical activities in the field of drug circulation | Higher education bachelor's degree | Pharmacy | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hidea) Cabinets with video projectors. Laboratories. b) PC with the ability to view videos and presentations. Projection equipment. Equipment required to carry out research: - fume hoods and drying cabinets; - thermostat; - laboratory and analytical scales; - laboratory homogenizer; - top-drive and magnetic stirrers; - laboratory shaker; - ultrasonic bath; - laboratory centrifuge; - pH meter; - conductometer; - capillary viscometers; - rotational viscometer Reotest-2; - stalagmometer; - Rebinder device for measuring surface tension; - du Nouy tensiometer; - spectrophotometer; - photoelectric colorimeter; - photocorrelation spectrometer; - optical microscope with video camera; - refractometer; - Ross-Miles device for determining foaming ability; - rotary evaporator; - heating mantles; - water distiller; - laboratory furniture: tables, cabinets, bedside tables, etc. |
| 12 | 18.05.02 | Chemical technology of modern energy materials | Show/hide1. Development of new and improvement of existing technologies for the separation of isotopes of light elements by physical and chemical methods. 2. Practical implementation of the department’s developments in the field of separation of isotopes of light elements by physical and chemical methods at enterprises and organizations in Russia. 3. Development and research of new catalysts for the activation of molecular hydrogen in relation to their use in reactions of hydrogen isotope exchange and its oxidation. | Chemical technology of nuclear fuel cycle materials | Higher education bachelor's degree | Chemical technology of modern energy materials | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hideCabinets with video projectors. Auditorium for holding round tables and scientific seminars. Computer class, departmental research laboratories. Instruments and equipment in technological, analytical and mass spectrometric laboratories. |
| 13 | 18.04.01 | Chemical technology | Show/hide1. Surface phenomena, physicochemical mechanics and adsorption processes with the participation of surfactants. 2. Microencapsulation of biologically active substances. 3. Synthesis and study of colloidal chemical properties of metal hydrosols and their oxides. 4. Development of new forms of medicinal and cosmetic products for various purposes (tumor markers, immobilized enzymes, microencapsulated preparations, emulsions, microemulsions, perfume compositions). | Chemical technology of biologically active substances | Higher education bachelor's degree | Chemical technology | Show/hideThe university's scientific schools are widely known in the world scientific community. University scientists are developing unique technologies and creating new materials for high-tech sectors of the Russian economy and the military-industrial complex. The scientific topics of the university cover almost all branches of chemistry, chemical technology, petrochemistry, biotechnology, pharmaceutical chemistry and correspond to the priority directions of the strategy of scientific and technological development of the Russian Federation in accordance with the Decree of the President of the Russian Federation of December 1, 2016. No. 642. Every year, university authors submit more than 50 applications to the Federal Institute of Industrial Property (FIPS) for obtaining documents of protection in relation to the results of intellectual activity and more than 40 documents of protection are registered. | Show/hidePC with the ability to view videos and presentations. Projection equipment. Equipment required to carry out research: - fume hoods and drying cabinets; - thermostat; - laboratory and analytical scales; - laboratory homogenizer; - top-drive and magnetic stirrers; - laboratory shaker; - ultrasonic bath; - laboratory centrifuge; - pH meter; - conductometer; - capillary viscometers; - rotational viscometer Reotest-2; - stalagmometer; - Rebinder device for measuring surface tension; - du Nouy tensiometer; - spectrophotometer; - photoelectric colorimeter; - photocorrelation spectrometer; - optical microscope with video camera; - refractometer; - Ross-Miles device for determining foaming ability; - rotary evaporator; - heating mantles; - water distiller; - laboratory furniture: tables, cabinets, bedside tables, etc. |
Information on the employment of graduates for each ongoing educational program in which graduation took place for the 2024-2025 academic year
| No. | Specialty code, areas of training, group code of scientific specialties | Name of profession, specialty, area of training, name of group of scientific specialties | Educational program, focus, profile, code and name of scientific specialty | Number of graduates | Number of employed graduates |
|---|---|---|---|---|---|
| 1 | 18.03.01 | Chemical technology | Chemical technology of mineral fertilizers | 32 | 30 |
| 2 | 18.03.01 | Chemical technology | Chemical technology of pharmaceuticals | 23 | 22 |
| 8 | 20.03.01 | Technosphere safety | Safety of technological processes and production | 12 | 11 |
| 9 | 22.03.01 | Materials Science and Technology | Materials Science and Technology | 18 | 16 |
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