Rkhtu im Mendeleev organic chemistry. Curriculum - Department of Organic Chemistry of the Russian University of Chemical Technology named after. Profile: “Environmental protection and rational use of natural resources”
NEW PROFILE FOR BACHELOR TRAINING
Direction of preparation:
03/18/01 “Chemical technology”
Profile:
"Chemical technology of oil and gas processing"
Qualification– Bachelor
Graduates receive a state bachelor's diploma
Form and terms of training– full-time (4 years), part-time (5 years).
Training is free and also on a contract basis.
From September 1, 2017 at NI RKHTU named after. D.I. Mendeleev opens a new profile for bachelor’s training - within the framework of the training direction 03/18/01. "Chemical Technology". The oil and gas industry is one of the leading sectors of the economy of our country. This is due not only to large volumes of natural oil and gas reserves, but primarily to their processed products, without which it is difficult to imagine our daily lives today. These are operating materials (fuels, oils, lubricants, etc.) for all types of transport and mechanical engineering equipment, energy resources, medicines, polymer materials, synthetic fibers, varnishes, paints, detergents and cosmetics and much, much more. Therefore, the prospects for studying in this profile and subsequent employment should not raise any doubts. Potential employers can include the largest oil and gas industry enterprises Lukoil, TNK, Rosneft, Gazprom, SIBUR, as well as other companies and organizations involved in the problem of oil and gas refining. You may also be in demand in other areas of activity related to organic chemistry - the basis of deep processing of oil and gas in order to obtain substances with useful properties. These are primarily industrial enterprises in the petrochemical and gas industries, the synthesis of new organic compounds, marketing of the petrochemical products market , as well as research institutes, higher education institutions, etc.
Training of bachelors according to the profile "Chemical technology of oil and gas processing" carried out at the Department of Chemical Technology of Organic Substances and Polymer Materials. The educational process is conducted by highly qualified teachers, 90% of whom have academic degrees and titles. These are mainly graduates of our institute with a specialty in “Technology of Basic Organic and Petrochemical Synthesis.” We have modern equipment for conducting educational process and scientific research. Modern computer technologies are widely used. All this allows us to train specialists who meet modern requirements in the field of chemical technology of oil and gas processing.
Currently, our applicants, as well as foreign students (Iraq, Yemen, Turkmenistan) of the preparatory faculty of NI RKhTU, are already showing great interest in the new profile.
THE DEPARTMENT CONTINUES TRAINING IN THE PROFILE
"Chemical Technology organic matter»
Direction of training :
03/18/01 “Chemical technology”
Qualification– Bachelor
Graduates receive a state bachelor's diploma
Form and terms of training – full-time (4 years), part-time (5 years).
Training is free and also on a contract basis.
The department was founded in 1963, has graduated more than a thousand specialists in the field of technology for the production of organic substances, has modern educational and scientific laboratories, all teachers of the department have academic degrees and titles.
Having completed four years of training in the profile: “ Chemical technology of organic substances"and, having received a bachelor's qualification, you will be able to work in the following areas:
- highly efficient, environmentally friendly, energy- and resource-saving technologies of organic synthesis
- synthesis of new organic substances, including medicines, active components of detergents and cosmetics,
- marketing of the market for petrochemical products and chemical technologies,
- engage in research work in the field of organic chemistry, catalysis and kinetics of organic reactions at any institute in the country, completing and defending candidate and doctoral dissertations.
Graduates of our department can work in a variety of fields related to organic chemistry as specialists:
- Chemical engineer-technologist.
- Chemist doing research for industry.
- Chemist responsible for product quality control.
- Sales representative, sales consultant.
- Forensic chemist.
- Environmental chemist.
- Expert in the preservation of historical art objects.
- Chemist-teacher.
- Synthetic chemist
- Chemist-scientist
Here is a far from complete list of enterprises and organizations where our graduates work: AZOT MCC "EUROCHEM", OJSC "Procter & Gamble", LLC "NIAP-CATALYSOTOR", LLC "POLIPLAST (Novomoskovsk), OJSC "Plastik", (Novomoskovsk) Uzlovaya), JSC Khimvolokno, JSC Shchekinoazot (Shchekino), Efremov synthetic rubber plant, OJSC Severstal (Cherepovets), higher educational institutions (Moscow, St. Petersburg, Tula, Novomoskovsk), research institutes (Moscow, Novosibirsk), etc.
Speciality "Chemical technology of organic substances"- it's not just an excellent education, this is a guaranteed success both in the chemical industry and in research activities - which means a feeling of confidence in oneself and the future!
Ministry of Education and Science of the Russian Federation Federal Agency for Education Russian Chemical and Technological University named after D.I. Mendeleev Approved by: Rector of the Russian Chemical Technology University named after. D.I.Mendeleeva V.A. Kolesnikov “____”____2007 CURRICULUM of the course “FUNDAMENTALS OF BIOCHEMISTRY” Direction 550800 “Chemical technology and biotechnology” for students of all chemical-technological specialties and students of the chemical-pedagogical department (011000) The program is approved by the Methodological Section of the Academic Council of the Russian Chemical Technology University named after. DI. Mendeleev "____"____2007 Chairman Zhilin V.F. Moscow 2007 Explanatory note The course is intended for all students of the Russian Chemical Technical University named after. DI. Mendeleev, studying in the direction of “Chemical technology and biotechnology” and is a logical continuation of all chemical disciplines that are studied by students in the first and second years - the theoretical foundations of chemistry, inorganic chemistry, analytical, physical and organic chemistry. The course introduces students to the basics of biochemistry - the science of chemical processes occurring in living cells and organisms, as well as the biological substrates involved in these processes. The place of biochemistry and its isolated sections in the system of life sciences is considered and characterizes the relationships between biochemistry, organic and bioorganic chemistry. The application of biochemical knowledge in solving chemical, technological, engineering, environmental and social problems is illustrated. The main sections of the course are devoted to the structure and functions of cells and cellular organelles, the structure and biological functions of the most important biopolymers and bioregulators (proteins, nucleic acids, carbohydrates, lipids, vitamins, coenzymes, hormones). Much attention is paid to processes specific to living systems: enzymatic catalysis, metabolism of carbohydrates, proteins and lipids, membrane transport, energy conversion, metabolism of xenobiotics. The distribution of lecture and seminar hours (3-0-4) is given below. To monitor the mastery of the course, it is planned to conduct rating tests. The course ends with a differentiated test. The program was compiled at the Department of Organic Chemistry. The program was compiled by prof. Traven V.F. prof. Lopina O.D. exam or Distribution of training hours by sections of the course Section 1 2 3 4 5 6 7 8 9 10 Name Introduction. Basic principles of cytology Amino acids and proteins Enzymes and vitamins Carbohydrates Lipids Nucleic acids Metabolism and metabolism Energy biochemical cycles Bioregulators Hours of lek. family lab. myself. 2 2 2 2 4 5 2 9 4 2 9 4 2 7 3 1 5 3 1 5 2 2 6 5 3 10 5 3 8 Total 36 18 72 Course content 1. Introduction. Subject of biochemistry. Relationship between biochemistry and related disciplines. Static biochemistry: the study of the chemical composition and structure of substances contained in living organisms. Dynamic biochemistry: the study of metabolic processes as the basis of the activity of living organisms. Basic methods of biochemistry. 2. Basic principles of cytology. Elements of cell theory. Prokaryotes and eukaryotes. Cellular organelles, their structure and functions: nucleus, cytoplasm (ribosomes, mitochondria, lysosomes, endoplasmic reticulum, Golgi complex, hyaloplasm), cell membrane and cytoskeleton. The role of water in cell life. 3. Amino acids and proteins. Amino acids: properties, classification, methods of analysis. Peptide synthesis. Primary structure of proteins. Chemical properties and methods for determining the primary structure of proteins. Intra- and intermolecular interactions that determine the spatial structure of proteins. Secondary, tertiary and quaternary structures. Functions of proteins. Denaturation of proteins. The influence of the hierarchical structure of proteins on their biological properties. Methods for isolating and identifying proteins. Classification of proteins. The role of proteins in nutrition. 4. Enzymes and vitamins. Biomedical significance of enzymes. Nomenclature and classification of enzymes. Structure and catalytic properties of enzymes. Principles of enzymatic catalysis. Quantitative determination of enzymatic activity. The influence of temperature, pH, enzyme and substrate concentrations on the rates of enzymatic reactions. Regulation of enzyme activity: allosteric control, competitive and non-competitive inhibition, covalent modification and genetic control. Coenzymes and cofactors. Vitamins: definition and classification. The structure of vitamins and their role in enzymatic reactions and metabolic processes. Enzyme inhibitors as drugs. 5. Carbohydrates. Biomedical significance of carbohydrates. Photosynthesis of carbohydrates. Classification of carbohydrates and their most important reactions. Deoxy sugars and amino sugars. Disaccharides and polysaccharides: lactose, maltose, sucrose, starch, glycogen, cellulose, chitin. The role of carbohydrates in nutrition. 6. Lipids. Biomedical significance of lipids. Structure and classification of lipids. Saturated and unsaturated acids and their esters. Fats and oils. Glycerides and phosphoglycerides. Sphingolipids. Terpenes and steroids. Structure and properties of cell membranes. Eicosanoids: prostaglandins and leukotrienes. 7. Nucleic acids. Biological significance of nucleic acids. Deoxyribonucleic and ribonucleic acids. Nucleotides. Structure and functions in living organisms. Matrix synthesis reactions and their significance. Transmission of hereditary characteristics. Biosynthesis of proteins. Mutagenesis and hereditary diseases. Determination of nucleotide sequence. Biotechnology and genetic engineering. Bioinformatics. 8. Metabolism and metabolism. Concept of metabolism and metabolic pathways. Catabolism and anabolism. Metabolism of carbohydrates. Regulation of blood glucose (insulin and glucagon). Diabetes. Methods for analyzing glucose in blood and urine. Lipid metabolism. Storage and breakdown of fats. Oxidation and biosynthesis of saturated acids. Metabolism of proteins and amino acids. The relationship between the metabolism of proteins, carbohydrates and lipids. Metabolic regulation problems. Regulation and integration of metabolism in mammals. 9. Energy biochemical cycles. Endergonic and exergonic reactions in a living cell. Metabolism and production of biochemical energy. The role of ATP in energy metabolism. Metabolic pathways and associated reactions. Oxidized and reduced forms of coenzymes. Citric acid cycle. Organization of the respiratory chain. Oxidative phosphorylation. Vitamins are antioxidants. 10. Bioregulators. Classification of bioregulators: hormones, neurotransmitters, drugs and xenobiotics. Hormones as chemical regulators of the endocrine system. Classification of hormones: protein hormones, steroid hormones, amino acid derivatives. Mechanisms of action of hormones. Secondary messengers. Neurotransmitters are chemical regulators of the nervous system. The mechanism of nerve signal transmission and the role of neurotransmitters. Adrenaline and norepinephrine. Acetylcholine, its agonists and antagonists. Histamine and antihistamines. Serotonin, dopamine and antidepressants. Dopamine and drug addiction. Medicines and xenobiotics: mechanisms of action and metabolism. Basic literature: 1. Filippovich Yu.B. Fundamentals of biochemistry. - M.: Agar, 1999 Additional literature: 1. Eliot V., Eliot D. Biochemistry and molecular biology, M. YBB Biomedical Chemistry RAMS, 1999. 2. Musil Y., Novakova O., Kunz K. Modern biochemistry in diagrams. Ed. Mir, Moscow, 1981. 3. Kolman Y., Rem K.-G. Visual biochemistry. Ed. Mir, Moscow, 2000. 4. Leninger A. Fundamentals of biochemistry. Ed. Mir, Moscow, 1985, vol. 1-3.
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Faculty of Technology of Inorganic Substances and High-Temperature Materials
Number of budget places
for 2019Number of paid places
for 2019,cost of education
Technological machines and equipment for the production of high-temperature functional materials Bachelor's degree
Full-time30 2018 - 194 10 places RUB 232,900/year
Inorganic technology Electrochemical production technology
Chemical technology of materials and devices of electronic technology and nanoelectronics
Chemical technology of refractory non-metallic and silicate materials
Bachelor's degree
Full-time and part-time formsFull-time - 473 Part-time - 10
2017 - 158 2018 - 230
Full-time - 150 places
RUB 232,900/yearPart-time - 60 places
RUB 63,100/yearTechnology of artistic processing of materials Bachelor's degree
Full-time18 2017 - 217 2018 - 215
10 places RUB 232,900/year
-
Faculty of Chemical-Pharmaceutical Technologies and Biomedical Products
Name of areas of training and specialties Profiles included in this area of training Form of study, level of education Number of budget places
for 2019Total score for full-time admission to the budget Number of paid places
for 2019,cost of education
This specialty is implemented in 2 faculties:
Medicinal chemistry Specialty
Full-time73 2017 - 245 2018 - 259
20 seats RUB 232,900/year
Technology of synthetic biologically active substances, chemical-pharmaceuticals and cosmetics Bachelor's degree
Full-time and part-time formsCorrespondence courses within this area are offered at the following faculties:
Full-time - 473 Part-time - 10
2017 - 158 2018 - 230
Full-time - 150 places
RUB 232,900/yearPart-time - 60 places
RUB 63,100/year -
Faculty of Petroleum Chemistry and Polymer Materials
Name of areas of training and specialties Profiles included in this area of training Form of study, level of education Number of budget places
for 2019Total score for full-time admission to the budget Number of paid places
for 2019,cost of education
15.03.02
Technological machines and equipmentThis direction is implemented at 2 faculties:
Technological machines and equipment for polymer processing Bachelor's degree
Full-time27 2018 - no reception 10 places RUB 232,900/year
Technology and polymer processing Technology of basic organic and petrochemical synthesis
Fine organic synthesis technology
Chemical technology of natural energy carriers and carbon materials
Bachelor's degree
Full-time and part-time formsCorrespondence courses within this area are offered at the following faculties:
Full-time - 473 Part-time - 10
2017 - 158 2018 - 230
Full-time - 150 places
RUB 232,900/yearPart-time - 60 places
RUB 63,100/year -
Name of areas of training and specialties Profiles included in this area of training Form of study, level of education Number of budget places
for 2019Total score for full-time admission to the budget Number of paid places
for 2019,cost of education
Chemical technology of nuclear fuel cycle materials Isotopic separation and application technology
Coolant technology and radioecology of nuclear power plants
Radiation chemistry and radiation materials science
Specialty
Full-time90 2017 - 188 2018 - 220
20 seats RUB 232,900/year
Materials science and technology of nanomaterials and nanosystems Bachelor's degree
Full-time20 2017 - 178 2018 - 231
10 places RUB 232,900/year
Chemical technology of nanomaterials Bachelor's degree
Full-time20 2017 - 214 2018 - 243
10 places RUB 270,200/year
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Faculty of Engineering Chemical Technology
Name of areas of training and specialties Profiles included in this area of training Form of study, level of education Number of budget places
for 2019Total score for full-time admission to the budget Number of paid places
for 2019,cost of education
Chemical technology of organic nitrogen compounds Chemical technology of polymer compositions, gunpowders and solid rocket fuels
Specialty
Full-time50 2017 - 180 2018 - 227
10 places RUB 232,900/year
Safety of technological processes and production Bachelor's degree
Full-time26 2017 - 193 2018 - 210
10 places RUB 232,900/year
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Faculty of Information Technologies and Management
Name of areas of training and specialties Profiles included in this area of training Form of study, level of education Number of budget places
for 2019Total score for full-time admission to the budget Number of paid places
for 2019,cost of education
Computer-aided design systems for chemical production Bachelor's degree
Full-time20 2017 - 156 2018 - 201
10 places RUB 232,900/year
Information systems and technologies Bachelor's degree
Full-time31 2017 - 185 2018 - 218
20 seats RUB 232,900/year
Basic processes of chemical production and chemical cybernetics Bachelor's degree
Full-timeFull-time - 150 2017 - 153 2018 - 218
Full-time - 50 places
RUB 232,900/yearNanoengineering for chemistry, pharmaceuticals and biotechnology Bachelor's degree
Full-time20 2017 - 235 2018 - 246
10 places RUB 270,200/year
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Faculty of Engineering Chemistry
Name of areas of training and specialties Profiles included in this area of training Form of study, level of education Number of budget places
for 2019Total score for full-time admission to the budget Number of paid places
for 2019,cost of education
This direction is implemented at 4 faculties:
Corrosion protection technology Bachelor's degree
Full-timeFull-time - 473 2017 - 158 2018 - 230
Full-time - 150 places
RUB 232,900/yearThis direction is implemented at 3 faculties:
Rational use of raw materials and energy resources Energy-resource-saving chemical production
Bachelor's degree
Full-timeFull-time - 150 2017 - 153 2018 - 218
Full-time - 50 places
RUB 232,900/yearStandardization and certification Bachelor's degree
Full-time20 2017 - 180 2018 - 212
20 seats RUB 232,900/year
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Faculty of Biotechnology and Industrial Ecology
Name of areas of training and specialties Profiles included in this area of training Form of study, level of education Number of budget places
for 2019Total score for full-time admission to the budget Number of paid places
for 2019,cost of education
This direction is implemented at 3 faculties:
Environmental protection and rational use of natural resources Bachelor's degree
Full-time and part-time formsPart-time courses in this area are offered only at the Faculty of Biotechnology and Industrial Ecology
Full-time - 150 2017 - 153 2018 - 218
Full-time - 50 places
RUB 232,900/yearPart-time - 20 places
RUB 63,100/yearBiotechnology Bachelor's degree
Full-time55 2017 - 248 2018 - 258
20 seats RUB 232,900/year
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Faculty of Humanities
Name of areas of training and specialties Profiles included in this area of training Form of study, level of education Number of budget places
for 2019Total score for full-time admission to the budget Number of paid places
for 2019,cost of education
Marketing Production management
Bachelor's degree
Full-time and part-time formsFull-time - 20 Full-time - 30 places
RUB 207,800/yearPart-time - 20 places
RUB 62,600/yearCivil Criminal law
Bachelor's degree
Full-time and part-time forms- 2017 - admission to full-time budget places was not carried out 2018 - admission to full-time budget places was not carried out
Full-time - 20 places
RUB 207,800/yearPart-time - 30 places
RUB 66,600/yearCivil law Criminal law
Specialty
Full-time and part-time forms- 2017 - admission to full-time budget places was not carried out 2018 - admission to full-time budget places was not carried out
Full-time - 25 places
RUB 207,800/yearPart-time - 50 places
RUB 66,600/year45.03.02
Linguistics (on contract basis)Translation and translation studies Bachelor's degree
Full-time and part-time forms- 2017 - admission to full-time budget places was not carried out 2018 - admission to full-time budget places was not carried out
Full-time - 25 places
RUB 207,800/yearPart-time - 20 places
RUB 66,600/year -
Faculty of Natural Sciences
-
Name of areas of training and specialties Profiles included in this area of training Form of study, level of education Number of budget places
for 2019Total score for full-time admission to the budget Number of paid places
for 2019,cost of education
Bachelor's degree
Full-time45 2017 - 173 2018 - 246
20 seats RUB 232,900/year
Bachelor's degree
Full-time30 2017 - 185 2018 - 207
10 places RUB 232,900/year
18.03.01
Chemical TechnologyThis direction is being implemented at the Institute of Chemistry and Sustainable Development
and at 4 faculties:Chemical technology of biomaterials Bachelor's degree
Full-timeFull-time - 473 2017 - 158 2018 - 230
Full-time - 150 places
RUB 232,900/year -
Faculty of Higher Chemical Control of the Russian Academy of Sciences (Higher Chemical College of the Russian Academy of Sciences)
Profiles: “Production Management”; "Marketing"
- mathematics (professional level) (not lower than 27 points)
Correspondence course – 62,6000 rubles/year.
The department includes departments:
- management and marketing,
- economic theory.
Undergraduate students can choose one of two training profiles: production management or marketing.
By studying management and marketing within the walls of the University of Chemical Technology, you will gain knowledge that will be useful in any industry: chemical, pharmaceutical, light, as well as in banking, public administration, entrepreneurship and science.
The Department of Management and Marketing has been training specialists since 1999 and has trained over 1,200 graduates.
Upon completion of training, students receive the following diplomas and certificates:
- state diploma,
- certificate of NPO "Consultant",
- certificate of completion of training in project management based on the PMIPMBoK standard.
Our students undergo internships and work:
- in financial companies - Sberbank and VTB 24;
- in IT companies – Mail.ru, ORACLE, Yandex
- in consulting companies – Deloitte, PricewaterhouseCoopers, Ernst&Young.
Entrance tests (USE):
- social studies (not lower than 42 points)
- history (not lower than 32 points)
- Russian language (not lower than 45 points)
Tuition fees in 2019:
- State Budgetary Institution TCSO "Northern Tushino";
Profile: “Civil Law”; "Criminal Law";
Entrance tests (USE):
- social studies (not lower than 42 points)
- history (not lower than 32 points)
- Russian language (not lower than 45 points)
Tuition fees in 2019:
Full-time education – 207,800 rubles/yearFull-time and part-time education – 66,600 rubles/year
Preparation is carried out at the legal department of the Russian Chemical Technical University
Students can optionally choose one of two training profiles: civil law or criminal law.
The legal department trains specialists in various areas of law. Our graduates work in forensic and environmental centers, the Bar and the Prosecutor's Office, the Justice Department and the Ministry of Internal Affairs, the Customs and Tax Services, the Investigative Committee, and the Legal Departments of government and commercial organizations.
Doctors and candidates of legal sciences from leading universities of the Russian Federation and employees of government bodies of the Russian Federation are involved in the educational process
Students of the Law Department undergo internships in the following organizations:
- Department for ensuring the activities of justices of the peace in Moscow;
- State Budgetary Institution of Moscow “Moscow City Management of Natural Areas “Mospriroda”;
- State Budgetary Institution TCSO "Northern Tushino";
- Administration of the municipal district of Moscow "Tverskoy"
- Expert and forensic center of the Main Directorate of the Ministry of Internal Affairs of Russia for Moscow - “Petrovka-38”.
Profile: “Environmental protection and rational use of natural resources”
Entrance tests (USE):
- chemistry (not lower than 43 points);
Training is conducted at the Faculty of Biotechnology and Industrial Ecology
Department of Industrial Ecology.
The main task of the Department of Industrial Ecology is to train engineering personnel to solve applied environmental problems (water purification, waste recycling, monitoring of environmental facilities). Environmental specialists find themselves in the field of environmental regulation and environmental certification.
Graduates Departments of Industrial Ecology are engaged in:
- Development of water treatment and water purification technologies;
- They use analytical and instrumental methods for monitoring environmental quality, cleaning it, and recycling waste.
- Developing complex technologies for processing industrial waste;
- Developing a complete list of environmental permitting documentation.
- Ministry of Natural Resources of the Russian Federation (state environmental assessment)
- JSC Phosagro
- JSC "Moskoks"
- JSC "Ion Exchange Technologies"
- JSC "Mosvodokanal"
- ENPO "Inorganika"
- Eurasian National University named after. L.N. Gumileva (Kazakhstan)
- Jan Evangelista Purkynė University (Czech Republic)
- JSC "Bayer Material Science"
- PJSC "Sibur Holding"
Profile: "Biotechnology";
Entrance tests (USE):
- mathematics (professional level) (not lower than 37 points);
- chemistry (not lower than 47 points);
- Russian language (not lower than 45 points).
Number of budget places for training in 2019:
55, of which 6 places under a special quota 258 pointsTuition fees in 2019:
RUB 232,900/year.Training is carried out at the Faculty of Biotechnology and Industrial Ecology
The main goal of the Department of Biotechnology is to train personnel for state enterprises and joint-stock companies that produce biotechnological products for technical, food and medical purposes, for leading research institutes of the Russian Academy of Sciences.
Graduates of the Department of Biotechnology
- develop methods for obtaining medicines, diagnostic drugs, food products and additives;
- use biological objects and methods to control the quality of the environment, clean it, restore soil fertility and dispose of waste;
- develop complex technologies for processing renewable raw materials;
- master the basics of food, medical, agricultural and ecobiotechnology.
Key partners and employers:
- Federal Research Center "Fundamentals of Biotechnology" RAS"
- Institute of Molecular Genetics RAS
- National Research Center "Kurchatov Institute"
- LLC "Nestlé Russia"
- CJSC "Partner"
- Institute of Bioorganic Chemistry named after. Academicians M.M. Shemyakin and Yu.A. Ovchinnikov
- JSC Biocad
- Research Center of Epidemiology and Microbiology named after honorary academician
- N. F. Gamaleya
- FKP "Shchelkovsky Biocombine"
- High Technology Center "ChemRar"
- International Biotechnology Center "Generium"
Profile: “Corrosion protection technology”;
Entrance tests (USE):
- chemistry (not lower than 43 points);
- Russian language (not lower than 45 points).
Number of budget places per direction in 2019:
473, of which 48 places under a special quota 230 pointsTuition fees in 2019:
RUB 232,900/year.Preparation is carried out at the Faculty of Engineering Chemistry.
This profile trains students in the field of protective metal, polymer and composite coating technologies for aviation, rocket and mechanical engineering, automotive, petrochemical, pharmaceutical, food and other industries.
Students of the profile practice and carry out research work in Russian and foreign research and production organizations.
Partners:
- Collini Wien GmbH, Vienna, Austria,
- Trinity College, Dublin, Ireland,
- VSB-TUO – Higher School of Mining and Metallurgy – Ostrava University of Technology, Ostrava, Czech Republic,
- JSC Scientific and Production Enterprise Radiosvyaz, Krasnoyarsk,
- Institute of Physical Chemistry and Electrochemistry named after. A. N. Frumkin RAS (IPHE RAS), Moscow,
- JSC "Research Center for Electronic Computer Technology" (JSC "NICEVT"), Moscow,
- Laboratory of Electrochemical Synthesis and Corrosion, Institute of Organic Catalysis and Electrochemistry named after. D. V. Sokolsky, Almaty, Kazakhstan,
- CJSC NPO Lakokraspokrytie, Khotkovo, Moscow region,
- OJSC Aviation Corporation RUBIN, Moscow
Profiles: “Rational use of raw materials and energy resources”;
"Energy-resource-saving chemical production."
Entrance tests (USE):
- mathematics (professional level) (not lower than 33 points);
- chemistry (not lower than 43 points);
- Russian language (not lower than 45 points).
Number of budget places for training in 2019:
150 of them special quota - 15 placesPassing score for the course* in 2018:
218 pointsTuition fees in 2019:
RUB 232,900Training in this area is carried out by 3 departments of the faculty:
- Department of Membrane Technology
The department's scientific research covers areas related to the technological principles of separation and purification of liquid and gas mixtures.
Every year, students of the department undergo practical training at the following enterprises:- CJSC "Metahi" (Volkhov),
- JSC "Voskresensk Mineral Fertilizers" (Voskresensk),
- LLC "TEKON Membrane Technologies" (Moscow),
- NC "Low-tonnage chemistry (Staraya Kupavna),
- LLC "Germany and Applications" (Novomoskovsk),
- Novomoskovsky Chlor LLC (Novomoskovsk),
- Voronezh-Aqua LLC (Chelyabinsk),
- PJSC PhosAgro (Cherepovets).
The department cooperates with the National Academy of Sciences of Belarus (Minsk, Belarus), the Franco-Russian Chamber of Commerce and Industry (Center for Scientific and Technological Cooperation Nauka Innov), the Turkmen State Institute of Architecture and Civil Engineering, Annabino University (Annaba, Algeria), Universidad de Oviedo (Oviedo , Spain) and Environment Canada (Ottawa, Canada).
- Department of Innovative Materials and Corrosion Protection
Students gain knowledge in the field of rational management of technological, organizational and economic resources of innovative chemical technologies, including:
- organization and management of the implementation and use of advanced scientific achievements in the field of organizational, managerial, technical, economic and technological processes of high-tech industries at all stages of the life cycle of the chemical technological system;
- modeling of organizational, managerial, technical, economic and technological processes of high-tech industries at all stages of the life cycle of a chemical-technological system;
- organization and management of the design of technologies, equipment, processes and production chemical-technological systems of high-tech industries; application of planning methods for high-tech research, development and experimental technological projects to create new chemical technologies and high-tech energy-resource-saving products.
After studying at the department, bachelors receive a unique “broad technological and managerial qualification”, which allows them to further work both as a chemical engineer and in the field of organization and management of enterprises.
Every year, students of the department undergo practical training at the following enterprises:
- CJSC NPO Lakokraspokrytie (Khotkovo, Moscow region),
- OJSC Aviation Corporation RUBIN (Moscow),
- Collini Wien GmbH (Vienna, Austria),
- VSB-TUO – Higher School of Mining and Metallurgy – Ostrava University of Technology (Ostrava, Czech Republic),
- JSC Scientific and Production Enterprise Radiosvyaz (Krasnoyarsk),
- (Moscow city),
- JSC "Research Center for Electronic Computer Technology" (Moscow),
- Trinity College (Dublin, Ireland)
- Department of Logistics and Economic Informatics
Graduates of the Department of Logistics and Economic Informatics can successfully solve the following complex problems that are important for increasing the economic efficiency and competitiveness of production, enterprises and supply chains of the chemical and petrochemical complex (NGCC):
- engineering of optimal technological schemes and automated control systems for the operation of energy-resource-saving industries and supply chains; project management for engineering energy-saving, environmentally friendly production and supply chains of NGCC;
- analysis and management of production, financial and environmental decisions of industrial enterprises and supply chains;
- organizing and conducting energy audits at industrial, commercial and municipal enterprises;
- optimization of energy and resource efficiency of production, enterprises and chains of oil and gas chemical complex and small-tonnage chemicals;
- selection and practical use of corporate information systems, business processes and material resources of enterprises.
Bachelors after studying at the department can work:
- in the field of engineering and organizational and technical activities: in design organizations and research institutes, in companies in the oil and gas chemical, fuel and energy and chemical complexes;
- in the field of logistics and supply chain management, organizational, economic and administrative activities in the field
Internships and practices:
- OJSC "Gazekonomika";
- JSC "MosNPZ";
- OJSC Lukoil, OJSC Gazprom Neft;
- LLC "MosStroyTransGas";
- Merz Pharma Group LLC;
- FSUE “Enterprise for Radioactive Waste Management “RosRAO”;
- Institute of General and Inorganic Chemistry named after N.S. Kurnakov RAS,
- Institute of Physical Chemistry and Electrochemistry named after. A.N. Frumkin RAS,
- Institute of Problems of Chemical Physics RAS,
- Institute of Economics RAS,
- Institute of World Economy and International Relations RAS,
- MSTU im. N.E. Bauman (National Research University),
- Higher School of Economics (NRU),
- JSC GAZPROM-NEFT,
- JSC "Shchekino-Azot"
- State Unitary Enterprise "BashNefteMash"
- OJSC "Salavatnefteorgsintez" and "Novoufimsky Oil Refinery",
- OJSC "GazEkonomika",
- GC "RosElectronics"
- JSC "MosNPZ"
- University of Genoa (Italy),
- Technical University (Veszprem, Hungary),
- University of Manchester (UK) and Imperial College (London, UK),
- Catalan Polytechnic University (Barcelona, Spain).
* This area of training is implemented at 3 faculties
Profile: “Standardization and certification”;
Entrance tests (USE):
- mathematics (professional level) (not lower than 27 points);
- chemistry (not lower than 36 points);
- Russian language (not lower than 36 points).
Number of budget places for training in 2019:
Passing score for the training direction in 2018:
212 pointsTuition fees in 2019:
232,900 rublesTraining is carried out by the Department of Standardization and Engineering Computer Graphics at the Faculty of Engineering Chemistry.
The high demand for graduates in this area is due to the fact that their activities are aimed, first of all, at ensuring the safety and quality of products and services, and, ultimately, the quality of life in general.
Standardization, metrology and certification are tools for ensuring the quality of products, works and services - an important aspect of multifaceted commercial activities.
Standardization is based on the latest achievements of science, technology and practical experience and determines progressive as well as economically optimal solutions to many national economic, industrial and intra-production problems. Organically uniting functional and applied sciences, it helps to strengthen their focus and the rapid introduction of scientific achievements into practical activities.
Standardization makes it possible to streamline, plan and program the development of the economy, science and business, ensuring the satisfaction of the needs and a decent life of every member of society. The creation of a modern competitive domestic economy and international integration in trade and industry depend on the level of professional training of students - future specialists who are proficient in methods of ensuring quality, high technological level and innovative development of industry. The role of standardization and metrology as effective tools in the implementation of economic and social policies of the state, the elimination of technical barriers to trade and production is growing significantly every year.
Graduates work in the following areas:
- establishment, implementation and control of norms, rules and requirements for products (services), the technological process of their production, use (consumption), transportation and disposal;
- participation in the creation of quality management systems in relation to specific conditions of production and sales of products based on domestic and international regulatory documents;
- ensuring the functioning of systems for confirming the compliance of products, processes and services with specified requirements.
A graduate in the direction 27.03.01 “Standardization and Metrology” is prepared to solve the following professional problems:
- planning work on standardization and certification
- development of draft standards, methodological and regulatory materials, technical documentation;
- monitoring compliance with established requirements, current norms, rules and standards;
- development and implementation of quality management systems
- carrying out certification of products, technological processes, services, quality systems, production and environmental management systems of the enterprise;
- development of plans, programs and methods for performing measurements, testing and control;
- development and implementation of measures to control and improve product quality;
- analysis and assessment of production and non-production costs to ensure the required product quality;
- development of working design and technical documentation.
Employment of graduates
Specialists in this area are in demand in various industries and services. Graduates can carry out their professional activities in departments of management and quality control, in standardization services, in metrological services, in testing centers or laboratories, in regional centers of standardization and metrology, in educational institutions, in certification and accreditation bodies and other organizations.
Graduates work in the following positions:
- quality director, head (engineer) of the quality department, standardization department, technical control department at enterprises and organizations in various industries
- manager (employee) in certification bodies and departments;
- expert in the field of certification of products, services and management systems;
- chief metrologist, metrological service engineer.
The need for specialists working in the field of standardization and metrology has increased sharply in recent years, and this area of activity consistently ranks among the most in demand. Our graduates successfully work in the Federal State Institution "Russian Center for Testing and Certification - Moscow (Rostest-Moscow)", Gokhran of Russia - Moscow, Federal State Unitary Enterprise "GKNPTs named after M.V. Khrunichev", OJSC "OKB "Kristall", regional certification centers, and other enterprises.
Profile: “Basic processes of chemical production and chemical cybernetics”
Entrance tests (USE):
- mathematics (professional level) (not lower than 33 points);
- chemistry (not lower than 43 points);
- Russian language (not lower than 45 points).
Number of budget places for training in 2019:
150 of them special quota - 15 placesPassing score for the course* in 2018:
218 pointsTuition fees in 2019:
RUB 232,900Training in this profile is carried out by 2 departments of the Faculty of Information Technologies and Management:
- Department of Cybernetics of Chemical Technological Processes (KHTP);
- Department of Computer-Integrated Systems in Chemical Technology (CIS HT).
Department of Cybernetics of Chemical Technological Processes is developing:
- innovative resource-saving technologies;
- supercritical technologies for creating aerogel-based materials with unique properties; mathematical and computer modeling;
- microfluidics for experimental research and industrial applications of laboratories on a chip, biosensors, fine chemical synthesis;
Department of Computer-Integrated Systems in Chemical Technology trains specialists in the field of:
- environmental and industrial safety;
- analysis of the risk and consequences of chemical accidents;
- management of environmental quality and safety of chemical production;
- modeling and design of computer-integrated environmentally friendly and safe chemical production;
- modeling and design of microprocessor control systems, automated control systems for technological and production processes;
- development of computer simulators and automated training systems using network technologies and remote access tools.
* This area of training is implemented at 3 faculties of the university.
Profile: “Information systems and technologies”
Entrance tests (USE):
- computer science and ICT (not lower than 40 points)
- Russian language (not lower than 45 points)
Number of budget places for training in 2019:
31, of which there is a special quota - 4 placesTuition fees in 2019:
232,900 rubles.Training is carried out at the Faculty of Information Technologies and Management.
The priority objective of this area of training is to train a young specialist who will be able to realize himself in any areas related to computerization, automation and information technology. You can't do without a love of exact sciences and programming.
A graduate with a bachelor's degree is engaged in research activities in various fields, using IT as the main tool for computing, modeling and analyzing the subject of research. He develops, implements and maintains information systems and technologies. This presupposes the ability to use modern information technology methods (for example, artificial intelligence methods), mastery of new information technologies (virtual reality systems) and a wide range of programmer-developer tools.
The main areas of application of professional skills are the development of software and databases of information systems, process automation, computerization of business, production and scientific research.
It should be noted that not only chemistry and chemical technology are the objects of application of the acquired knowledge. This could be other industries, transport, environmental safety, digital economy and others. The main emphasis in training is not so much on the area of application of knowledge, but on professional mastery of modern methods and means of information technology, universal for any field.
After completing the training, each graduate becomes competent in the following issues:
Programming in high-level languages in integrated development environments;
- Development of software related to receiving, processing, storing and presenting information, including processing of big data;
- Development of specialized application software;
- Formation of an information system from existing components, its adaptation, operation and prevention of threats in relation to the data used;
- Creation of web servers, web applications and Internet sites.
Internships and practices:
- - OOO NPO ProTech
- CJSC "Bashmakovsky Flour Mill"
- LLC "NPK Electrooptika"
- JSC "Honeywell"
- CJSC "COGNITIVE"
- LLC "INZHBIO"
- Administration of the urban settlement of Monino
- LLC NPO Lakokraskokrytie
- CHPP-21, branch of Mosenergo OJSC
- Institute of Applied Mathematics named after. M.V.Keldysh RAS,
- JSC “Scientific Center “Low-tonnage Chemistry”,
- Cyril and Methodius LLC,
- IPERION SYSTEMS ENGINEERING LLC,
- JSC Russian Aircraft Corporation MiG,
- Institute of Problems of Chemical Physics RAS,
- Laboratory of Evolutionary Genomics, Faculty of Bioengineering and Informatics, Moscow State University. M.V. Lomonosov.
To conduct a variety of research, the department actively cooperates with other universities in our country and other countries of the world:
- - Institute of Physics and Chemistry RAS named after. A.N. Frumkina,
- Institute of Applied Mathematics named after. M.V. Keldysh RAS,
- National Research Center "Kurchatov Institute",
- University of Paderborn (Germany),
- Beijing Institute of Technology (China),
- South Kazakhstan State University named after. M. Auezova (Kazakhstan),
- Catalan Technical University (Spain),
- University of Karlsruhe (Germany).
- University of Leeds (UK).
Profile: “Computer-aided design systems for chemical production”
Entrance tests (USE):
- physics (not lower than 36 points)
- Russian language (not lower than 36 points)
Number of budget places for training in 2019:
20, of which 2 places according to a special quotaPassing score for the training direction in 2018:
201 pointsTuition fees in 2019:
RUB 232,900/year.The bachelor's program includes mastering programming languages, multimedia technologies, computer and system architecture, information security and information protection, geometric modeling in CAD and much more. A graduate of this program is in demand on the labor market as a specialist who is able to understand the intricacies of technological processes, information technologies, and is able to manage chemical and technological processes.
Partners:
- OOO NPO ProTech
- CJSC "Bashmakovsky Flour Mill"
- LLC "NPK Electrooptika"
- JSC "Honeywell"
- JSC "COGNITIVE"
- LLC "INZHBIO"
- Administration of the urban settlement of Monino
- LLC NPO Lakokraspokrytie
- CHPP-21, branch of Mosenergo OJSC
- Institute of Applied Mathematics named after. M.V.Keldysh RAS,
- JSC "Scientific Center "Low-tonnage Chemistry",
- LLC "Cyril and Methodius"
- IPERION SYSTEMS ENGINEERING LLC,
- JSC Russian Aircraft Corporation MiG,
- Institute of Problems of Chemical Physics RAS,
- Laboratory of Evolutionary Genomics, Faculty of Bioengineering and Informatics, Moscow State University. M.V. Lomonosov.
Profile: “Nanoengineering for chemistry, pharmaceuticals and biotechnology”
Entrance tests (USE):
- chemistry (not lower than 45 points);
- Russian language (not lower than 45 points).
Number of budget places for training in 2019:
20, of which 2 places according to a special quotaPassing score for the training direction in 2018:
246 pointsTuition fees in 2019:
RUB 270,200/year.Training is conducted at the Faculty of Information Technology and Management
Training in this area of training is conducted by the Department of Cybernetics of Chemical Technological Processes.
As part of the “Nanoengineering” training area, she is engaged in:
- development of innovative supercritical technologies for creating materials with unique properties based on aerogels;
- mathematical and computer modeling, planning and processing of experimental results;
- microfluidics (microfluidics) for experimental research and industrial applications of laboratories on a chip, biosensors, fine chemical synthesis;
- information systems and the use of artificial intelligence methods in chemistry, petrochemistry, oil production and refining, nanotechnology, biotechnology and pharmaceuticals.
Students enrolled in this direction not only study the application of existing chemical-technological, biotechnological and chemical-pharmaceutical nanoprocesses, but also themselves develop new technologies, unique (ultra-light, ultra-hard, etc.) materials, predict their properties and confirm these properties experimentally using high-tech equipment from the laboratories of the International Russian-Swiss Educational and Scientific Center for the Transfer of Pharmaceutical and Biotechnologies.
The role and contribution of nanoengineering in modern industrial production is growing at an extremely rapid pace, and therefore the demand for professionals with appropriate training will increase at a tremendous speed every year. For example, carbon nanotubes are used for mechanical strengthening of materials, in fuel cells, in electrically conductive and energy-intensive materials. Aerogels - in pharmaceuticals, in highly efficient sorption processes or as a base with a large specific surface area for applying a catalyst. Computing devices based on nanomaterials are miniature, have increased computing power and high density of information recording. Tissue and cellular engineering, the creation of implants, targeted delivery of drugs in the human body - this is already the present, in which students and graduates - nanoengineers - work.
Students regularly participate in educational and scientific events (conferences, olympiads, hackathons), including international ones, and undergo internships at universities in Western Europe.
The education received allows nanoengineer graduates not only to successfully work in the relevant fields of science, technology, technology and industry, but also to continue their studies in master's and postgraduate studies, including at leading foreign universities.
Profile: “Safety of technological processes and production”
Entrance tests (USE):
- mathematics (professional level) (not lower than 35 points);
- chemistry (not lower than 45 points);
- Russian language (not lower than 45 points).
Number of budget places for training in 2019:
26, of which 3 places are subject to a special quota.Passing score in 2018:
210 points.Tuition fees in 2019:
232,900 rublesTraining is conducted at the Faculty of Chemical Technology Engineering.
Department of Technosphere Safety.
Training in this area is carried out with priority in the field of organizational, managerial, expert, supervisory, inspection, audit and research activities. Graduates of the department are trained to ensure the safety of technological processes and production in one of the most demanding industries for reliable, efficient and safe operation - the chemical and petrochemical industries.
Graduates are in demand:
- At enterprises of the chemical and petrochemical industries;
- In research and design institutes;
- In public and private insurance companies, industry trade unions;
- In organizations of Rostechnadzor, the Ministry of Emergency Situations and the Ministry of Labor;
- In security forces and law enforcement agencies of the Russian Federation;
- In public and private organizations for the management, supervision and control of technological safety and labor activity.
Profiles: “Chemical technology of organic nitrogen compounds”; “Chemical technology of polymer compositions, gunpowders and solid rocket fuels.”
Entrance tests (USE):
- mathematics (professional level) (not lower than 35 points);
- chemistry (not lower than 45 points);
- Russian language (not lower than 45 points).
Number of budget places for training in 2019:
50, of which there is a special quota of 5 places.Passing score for the training direction in 2018:
227 pointsTuition fees in 2019:
232,900 rubles.Training in the specialty 05/18/01 Chemical technology of energy-saturated materials and products is carried out at the Faculty of Chemical Technology Engineering. The Faculty of ICT is the only one in Moscow that provides training in these profiles.
Duration of training – 5.5 years. Upon completion of training, graduates receive the qualification of Specialist – Process Engineer.
Training is carried out in two profiles:
Chemical technology of organic nitrogen compounds
Department of Chemistry and Technology of Organic Nitrogen Compounds (CHTOCA)
Nitrogen compounds are the basis of modern energy-intensive materials - explosives, gunpowder, solid rocket fuels, pyrotechnic compositions, nitrogen compounds are widely used in the national economy, many industrial technologies cannot be implemented without the use of useful energy of combustion and explosion.
The chemistry of nitrogen-containing substances underlies the production of effective medicines, biologically active materials, high-molecular compounds, surfactants, etc.
Graduates of the department are chemical technologists of a wide profile, which allows them to work in institutes of the Academy of Sciences and industry research institutes, at industrial enterprises, in expert laboratories of the Ministry of Emergency Situations, the Ministry of Internal Affairs, and the FSB. Graduates of the department are also in demand in organizations related to the synthesis and technology of organic compounds, physical and chemical research.
Chemical technology of polymer compositions, gunpowders and solid rocket fuels
Department of Chemistry and Technology of Macromolecular Compounds (HTMC).
Gunpowder is used in all types of weapons: in small arms and artillery, in rocket engines as solid rocket fuels (SRF), including for intercontinental ballistic missiles and medium-range missiles, such as Topol-M, Yars, Caliber " and "Mace".
The areas of application of gunpowder and TRT are much wider than the military: these are space technology, powerful gas generators, automatic fire extinguishing installations, emergency rescue systems for pilots and astronauts, car airbags, intensification of oil production, mineral exploration and many others. High-power sources of electrical energy have been created on the basis of plasma gunpowders for searching for minerals at great depths.
Energy-rich materials are sources of concentrated energy. All types of weapons that form the basis of the country's defense potential have been created on their basis. These include explosives (HE), gunpowder, solid rocket fuels and pyrotechnic compositions.
Profile: “Chemical technology of nanomaterials”
Entrance tests (USE):
- mathematics (professional level) (not lower than 35 points)
- chemistry (not lower than 45 points)
- Russian language (not lower than 45 points)
Number of budget places for training in 2019:
20, of which 2 places according to a special quotaPassing score for the training direction in 2018:
243 pointsTuition fees in 2019:
RUB 270,200/year.Training is conducted at the Department of Nanomaterials and Nanotechnology
Specialists in the field of nanomaterials and nanotechnology are able to modify materials by adding nanoparticles and nanostructures, thereby improving existing properties or adding new characteristics to the material. Areas of science and technology in which such changes are possible include cosmetology, space, pharmacology, paint and varnish and many other industries.
Advantages of the direction:
Physical chemistry and technology of nanomaterials is an interdisciplinary field. By studying in our specialty, you gain in-depth knowledge of chemistry, physics, mathematics, biology, computer modeling
Opportunity to contribute to progressive fields of science and technology, to work in high-tech enterprises
Excellent teachers - highly qualified specialists in their field. The department has two corresponding members of the Russian Academy of Sciences. Branches of the department work in institutes of the Russian Academy of Sciences; academicians, corresponding members of the Russian Academy of Sciences, leading scientists speak at scientific seminars of the department
Opportunity to study and work abroad after graduation. For example, one of our graduates works in France in the laboratory of Nobel Prize winner Jean-Marie Lena
The department is headed by a corresponding member of the Russian Academy of Sciences, laureate of the Government of the Russian Federation Prize in the field of education (2011) and the Government Prize of the Russian Federation in the field of science and technology (2007)
If you love and know chemistry well, and are also not indifferent to physics, come to us.
Graduates work:
- All-Russian Research Institute of Aviation Materials (VIAM) is the largest materials science state enterprise in the USSR and the Russian Federation, developing materials for aviation and space technology
- National Research Center “Kurchatov Institute”
- Joint Institute for Nuclear Research (Dubna)
- Institute of Metallurgy and Materials Science named after. A.A. Baykova RAS
- Institute of Physical Chemistry and Electrochemistry named after. A.N. Frumkin RAS
- Institute of Organoelement Compounds named after. A.N. Nesmeyanov RAS
- Institute of Solid State Physics RAS (Chernogolovka)
- Institute of Structural Macrokinetics and Materials Science Problems of the Russian Academy of Sciences (Chernogolovka), etc.
Profiles:
“Chemical technology of nuclear fuel cycle materials”; “Technology of separation and application of isotopes”; “Coolant technology and radioecology of nuclear power plants”; “Radiation chemistry and radiation materials science”;
Entrance tests (USE):
- mathematics (professional level) (not lower than 35 points)
- chemistry (not lower than 45 points)
- Russian language (not lower than 45 points)
Number of budget places for training in 2019:
90, of which there is a special quota of 9 places.Passing score for the training direction in 2018:
220 pointsTuition fees in 2019:
RUB 232,900/year.Preparation is carried out at the Institute of Materials of Modern Energy and Nanotechnology - IFH.
The history of the Institute of Materials of Modern Energy and Nanotechnology - IPC (IMSEN-IPC), created in 2007 on the basis of the Faculty of Physics and Chemistry (IPC), begins in the mid-twentieth century, when a new direction in science and technology arose - nuclear energy. The development of the industry has currently led to the need to increase the training of specialists in the field of nuclear chemical technology, nanotechnology and radioecology.
IMSEN-IFH today is a scientific and educational division of the RKhTU named after. DI. Mendeleev, which has modern educational and scientific laboratories equipped with unique licensed laboratory installations for conducting research in the field of radiochemistry, radioecology, separation of stable isotopes, mechanochemistry of rare metal raw materials, extraction and sorption purification of rare and trace elements, chemical technology of nanomaterials.
The high professional level of employees and the modern research base of IMSEN-IFH in partnership with enterprises of the State Atomic Energy Corporation Rosatom, institutes of the Russian Academy of Sciences and leading scientific and industrial organizations allows the division to continue to train highly qualified specialists for the industry and solve the most important problems in a number of priority areas development of science, technology and engineering of the Russian Federation.
Profile: “Materials science and technology of nanomaterials and nanosystems”
Entrance tests (USE):
- mathematics (professional level) (not lower than 35 points)
- chemistry (not lower than 45 points)
- Russian language (not lower than 45 points)
Number of budget places for training in 2019:
20, of which 2 places according to a special quotaPassing score in 2018:
231 points.Tuition fees in 2019:
232,900 rubles.Training is conducted at the Department of Nanomaterials and Nanotechnology.
Modern materials science has long gone beyond the study of the iron-carbon system, as well as other metals and their alloys. In almost all areas of technology, new materials with improved properties (mechanical, thermophysical, optical, electrical, etc.), including nanomaterials, are in great demand. For example, more than half of the Boeing 787 aircraft consists of composite materials with carbon nanofibers, which significantly lighten its weight, and your brand new smartphone runs on a processor located on a chip about one billionth of a meter in size!
Materials chemists are involved in:
- creation and research of materials of inorganic and organic nature, including nanomaterials for various purposes;
- develop processes for obtaining new materials and products for many areas of engineering and technology (mechanical and instrument engineering, aviation and rocket and space technology, nuclear energy, solid-state electronics, nanoindustry, medical equipment, sports and household appliances, etc.), and also manage them quality at various stages of production.
During training in the direction 03.22.01 "Materials Science and Materials Technology" at the Russian Chemical Technical University named after. DI. Mendeleev students will study disciplines related to the physico-chemistry of nanomaterials and nanosystems, the production, properties and application of materials of various classes, methods of research and analysis of materials using specialized equipment, as well as quality management and patent law.
Organizations - partners, places of practice and research work of students:
- Institute of General and Inorganic Chemistry named after. N.S. Kurnakova;
- Institute of Physical Chemistry and Electrochemistry named after. A.N. Frumkin;
- Institute of Geochemistry and Analytical Chemistry named after. IN AND. Vernadsky,
- Institute of Metallurgy and Materials Science named after. A.A. Baykova
- JSC "Composite" (Korolev)
- Research Institute "Polyus" named after. M.F. Stelmakha
- All-Russian Research Center for Aviation Materials (VIAM)
- NPP "Technology" named after. A.G. Romashina (Obninsk).
Profiles: “Technology and polymer processing”; “Technology of basic organic and petrochemical synthesis”; “Technology of fine organic synthesis”; “Chemical technology of natural energy carriers and carbon materials”;
Entrance tests (USE):
- mathematics (professional level) (not lower than 33 points)
- chemistry (not lower than 43 points)
- Russian language (not lower than 45 points)
Number of budget places for full-time training in 2019:
473, of which there is a special quota of 48 places.Passing score for full-time study in 2018:
230 pointsFull-time tuition fees in 2019:
232,900 rublesTraining is carried out at the Faculty of Petroleum Chemistry and Polymer Materials.
Students specialize in the field of plastics technology, organoelement and inorganic polymers, biomedical polymers, ion exchangers, paint and varnish composite materials and coatings, polymer adhesives, sealants and compounds, surfactant production, fine organic synthesis and many others.
Partners:- Gazpromneft LLC,
- LLC "LUKOIL-UNP",
- Moscow oil refinery,
- HC "Composite"
- Transneft
* this area of training is implemented at 5 faculties of the university
Profile: “Technology of artistic processing of materials”;
Entrance tests (USE):
- mathematics (professional level) (not lower than 35 points)
- chemistry (not lower than 45 points)
- Russian language (not lower than 45 points)
Number of budget places for training in 2019:
18, of which there is a special quota of 2 places.Passing score for the training direction in 2018:
215 pointsTuition fees in 2019:
RUB 232,900/year.A highly qualified team of specialists in the field of chemical technology of refractory non-metallic and silicate materials and the design of products made from them work in this area of training. The department carries out scientific and development work on the creation of thermal insulation and structural composite materials, the synthesis of complex oxides, and the production of special coatings. Students undergo internships in workshops, large and small industries, design studios, and participate in international and all-Russian competitions and conferences. International partners of the department are enterprises and organizations from Germany, Spain, Italy, Poland.
Partners:
- RSC Energia
- MAICO-MANNESMANN, Germany
- Rovese, Poland (Fryanovsky Ceramic Plant LLC,
- LLC "Kuchinsky Ceramic Plant");
- SystemSrl, Italy (Rus System LLC)
Profiles: “Technology of inorganic substances”;
“Technology of electrochemical production”;
“Chemical technology of materials and devices of electronic technology and nanoelectronics”;
"Chemical technology of refractory non-metallic and silicate materials"
Entrance tests (USE):
- mathematics (professional level) (not lower than 33 points)
- chemistry (not lower than 43 points)
- Russian language (not lower than 45 points)
Number of budget places for full-time training in 2019:
473, of which there is a special quota of 48 places.Passing score for full-time training in 2018:
230 pointsFull-time tuition fees in 2019:
RUB 232,900/year.Preparation is carried out at the Faculty of Technology of Inorganic Substances and High-Temperature Materials
The faculty unites the most important areas in chemical technology - the technology of inorganic substances and high-temperature materials.
The faculty's work includes the development of technologies for basic inorganic synthesis, complex processing of mineral raw materials and industrial waste, water treatment, water purification, as well as chemical technologies for ceramics and refractories, functional composites and nanomaterials, including catalysts and adsorbents.
Highly qualified personnel are being trained in the development of modern and advanced materials for the defense complex, medicine, aviation, astronautics, control and navigation systems, electronics, and advanced products of heavy and light industry.
Students work in the field of crystalline and nanocrystalline materials technology for solid-state electronics and photonics. As part of the profile, experts are trained in the field of diagnostics and refining of natural precious stones, capable of creating synthetic precious stones that are indistinguishable from natural ones. The department creates technologies for new crystals and thin-film nanostructures for various functional purposes.
The departments of the faculty have a significant number of scientific contacts in Russia and abroad, students undergo practical training at leading enterprises in the field of chemical technology of inorganic substances and high-temperature materials.
Work on the creation of technologies for new materials at the faculty is included in the list of priority areas for the development of science, technology and engineering, approved by the President of the Russian Federation.
Partners:
- Institute of General and Inorganic Chemistry RAS
- JSC Scientific Research Institute of Technical Glass
- State Research Center Federal State Unitary Enterprise "Keldysh Center"
- FSUE State Scientific Center of the Russian Federation "All-Russian Scientific Research Institute of Aviation Materials"
- PJSC PhosAgro
- JSC MCC "EuroChem"
- JSC Research Institute Polyus named after. M.F. Stelmakh"
- JSC "Institute of Glass", JSC "Composite"
- JSC “Research Institute of Structural Materials “NIIGRAFIT”
* this area of training is implemented at 5 faculties of the university
Profile: “Technological machines and equipment for the production of high-temperature functional materials”
Entrance tests (USE):
- mathematics (professional level) (not lower than 29 points)
- chemistry (not lower than 36 points)
- Russian language (not lower than 45 points)
Number of budget places within the framework of training in the profile “Technological machines and equipment for the production of high-temperature functional materials” in 2019:
30, of which there is a special quota of 3 places.Passing score for the budget in 2018:
194Tuition fees in 2019:
RUB 232,900/year.Preparation is carried out at the Faculty of Technology of Inorganic Substances and High-Temperature Materials
This area trains specialists in the field of design of technological equipment. The training course combines a powerful block on the chemical technology of refractory non-metallic and silicate materials, as well as on the development of modern technological equipment for creating materials used in the defense complex, medicine, aviation, astronautics, control and navigation systems, electronics, advanced heavy and light products industry.
Partners:
- JSC Scientific Research Institute of Technical Glass,
- FSUE State Scientific Center of the Russian Federation "All-Russian Scientific Research Institute of Aviation Materials",
- JSC "Institute of Glass",
- JSC "Composite"
- JSC “Research Institute of Structural Materials “NIIGRAFIT”,
- ORP "Technology" named after A. G. Romashin.
Reception 2019
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A graduate of this direction will be able to conduct experimental research using a given methodology, including the selection of research objects, technical means and test methods. Graduates of the faculty successfully work in research laboratories of research institutes, in higher educational institutions and in production | ||
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Theoretical and experimental chemistry | Students are engaged in research at the departments of inorganic chemistry, analytical chemistry, organic chemistry, physical chemistry, colloidal chemistry, quantum chemistry, general silicate technology, technology of inorganic substances and electrochemical processes, as well as at the center for experimental research of organic materials for energy and optoelectronics of the Russian Chemical Technology University. Faculty students present the results of their research at Russian and international conferences and publish them in leading domestic and foreign scientific journals. Having received deep fundamental knowledge in the field of chemistry, physics and mathematics, students of the Faculty of Natural Sciences carry out their diploma theses at leading departments of Mendeleev University, as well as at research institutes of the Russian Academy of Sciences. |
Reception 2019
Theoretical and experimental chemistry | Starting this year, RKhTU and the Skolkovo Institute of Science and Technology (Skoltech) will implement a unique modern curriculum to train students in the field of chemistry, physics, and materials science within the framework of the “Chemistry” direction. For this purpose, a new department was opened as part of the Institute of Chemistry and Sustainable Development - “Organic and hybrid materials for energy conversion and storage” The task of the new department is to develop scientific research in the field of solar energy, aimed at creating new sources, converters and energy batteries that are characterized by the highest possible efficiency and eliminate negative impacts on the environment. Students will have access to the world-class research infrastructure built at Skoltech to carry out their research projects under the guidance of Skoltech faculty. The most successful graduates will be able to continue their studies at Skoltech's master's program. |
Reception 2019
Profiles implemented in the specialty |
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Field of activity of graduates | Graduates of this specialty have a high level of knowledge and skills and easily find work, both in Russia and abroad. | |
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Medicinal chemistry | Research work Department of Chemistry and Technology of Organic Synthesis are carried out at the intersection of chemistry, pharmacology, biochemistry and physiology of plants and animals, with significant attention paid to research on the design and synthesis of new compounds, the study of their mechanism of action and the creation of scientific foundations for the production technology of biologically active substances. Department of Chemistry and Technology of Biomedical Products trains specialists in the development of biologically active substances and the creation of materials for medical and biological purposes. The absence of general technological disciplines in the curriculum and in-depth study of chemical disciplines allows students to become specialists in the development of biologically active substances. The place of practice and research work is the departments of the Federal State Budgetary Educational Institution of Higher Education of the Russian Chemical Technical University named after. DI. Mendeleev (inorganic chemistry, analytical chemistry, organic chemistry, physical chemistry, colloidal chemistry, quantum chemistry), as well as research laboratories of RAS institutes and other organizations. |
Reception 2019
A special feature of training in this specialty is the minimization of technological disciplines in the curriculum and in-depth study of chemical disciplines, as well as a larger number of hours allocated to research work. The curriculum is designed in such a way that it gives students the opportunity to choose certain disciplines (in particular, special courses) depending on the scope of their scientific interests. From the very beginning, students are engaged in research work, acquiring the skills and qualifications necessary for independent scientific work. Starting from the second year of study, students are allocated one day a week to carry out compulsory scientific work. Professors from the Russian Chemical Technical University named after D.I. participate in teaching basic chemical courses. Mendeleev and leading employees of the institutes of the Russian Academy of Sciences, who have high ratings of publication activity and citation rates of their scientific publications. Thanks to the participation of the Russian Academy of Sciences, VHC students gain access to advanced scientific infrastructure (laboratories, instruments, libraries, electronic resources, etc.) and quickly join leading scientific teams. This ensures the most effective combination of fundamental training with obtaining real practical skills in the scientific field and, as a result, achieving qualifications of the highest level. |
Reception 2019
Field of activity of graduates | Bachelors receive a modern fundamental university education, which allows them to realize their potential in fundamental science, work in the government apparatus and expert environmental and production structures. | |
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The direction of training is aimed at those interested in ecology and rational use of natural resources. At this level of development, ecology as a complex science combines the theoretical and practical provisions of various sciences: biology, chemistry, mathematics, geography, physics, epidemiology, biogeochemistry, sociology. The application of knowledge and skills in these areas allows for the most efficient and rational use of natural resources with minimal impact on the environment. Bachelor's students receive systematic education in the field of ecology, environmental management, green chemistry and sustainable development. During their studies, students carry out research work in leading Russian and foreign scientific centers. In the summer, students do internships at the “Living Collection” collective center of the A. N. Severtsov Institute of Ecology and Evolution, the V. I. Vernadsky Crimean Federal University, the Valdai branch of the State Hydrological Institute, the Federal Service for Supervision of Natural Resources ( Rosprirodnadzor). |
Reception 2019
The level of education | Bachelor's degree |
Form of study | Full-time and part-time forms |
Entrance examination (USE) |
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Full-time) | 473, of which special quota - 48 places, target quota - 47 places |
Number of budget places for training in 2019 ( extramural) | 10, of which special quota - 1 place, target quota - 1 place |
Passing score for the field of study in 2018 ( Full-time) | 230 points |
Tuition fees in 2019 | RUB 232,900/year |
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Field of activity of graduates | The unique specialization and level of training make graduates of the EDNC department in demand by expert units of law enforcement and special agencies of Russia: the Ministry of Internal Affairs, the Ministry of Defense, the Ministry of Justice, the FSB, the Customs Committee and others, as well as medical institutions conducting research in the field of clinical pharmacology and toxicology, forensic chemical examination, narcology and doping analysis. Graduates of the faculty have no problem enrolling in a master's program to continue their studies and find work in research institutes of the Russian Academy of Sciences, in enterprises and firms dealing with any biologically active forms of substances. |
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Chemical technology of synthetic biologically active substances, chemical pharmaceuticals and cosmetics | The range of disciplines studied by students at Department of Chemistry and Technology of Organic Synthesis is very diverse and covers all types of biologically active substances. The range of activities of graduates is wide: from pharmaceutical analysis and quality control of medicines to chemistry and technology of agrochemicals. During their studies, students master and develop technological schemes, the action of biologically active substances and the mechanisms of organic reactions. Within the framework of the “Chemical Technology” direction, work Department of Chemistry and Technology of Biomedical Preparations is aimed at specialized training of technologists in the field of chemistry of biologically active compounds and materials for medical purposes with in-depth study of areas of natural science related to medicine. For this purpose, the training program is structured in such a way that students are given time to study the basics of anatomy and physiology, methods of instrumental medical diagnostics, the molecular foundations of pathophysiology and other special disciplines. Department of Technology of Chemical-Pharmaceuticals and Cosmetics (TCFiKS).A specialist in the field of chemical, pharmaceutical and cosmetic technologies must have knowledge and skills not only in the field of development, production and quality control of final products, but also in the field of chemistry of individual components that are part of finished forms of medicinal and cosmetic products. The curricula include disciplines that allow students to receive fundamental basic training in the field of the natural sciences: inorganic, organic, physical, colloidal, analytical chemistry, mathematics, physics. The scientific directions of the department are quite diverse - from the development of compositions for cosmetic and medical purposes to the synthesis and research of solutions of biologically active and surface-active compounds. The most prominent representatives of biologically active substances are medicinal and narcotic compounds. Without analysis, it is impossible to talk about any medicine, and it is also impossible to start producing a medicine if an analysis method has not been developed. For this purpose, ultra-precise and new modern instruments are used, the operation of which is taught to students Department of Expertise in Doping and Drug Control (EDNC). |
This is one of the oldest departments of the Faculty of Chemistry, founded in 1869. Outstanding chemists worked here, whose names make up the glory of Russian science - A.M. Butlerov, N.A. Menshutkin, A.E. Favorsky, S.V. Lebedev. In the post-revolutionary years, the department was headed by professors Konstantin Aleksandrovich Taipale, Boris Nikolaevich Dolgov, Ivan Aleksandrovich Dyakonov, Konstantin Aleksandrovich Ogloblin, Anatoly Alekseevich Potekhin, who made a major contribution to the development of organic chemistry.
Since 2007, the department has been headed by Professor Mikhail Anatolyevich Kuznetsov.
Department of Organic Chemistry today
Currently, the educational process at the Department of Organic Chemistry is led by 8 professors (to which, in principle, we must add the director of the Institute of Chemistry I.A. Balov), 9 associate professors, 2 senior teachers and 4 assistants. Among the teachers and staff of the department, 10 people have a Doctor of Chemical Sciences degree, 18 have a Candidate of Sciences degree. The educational work of the department includes general courses and workshops in organic chemistry, introduction to spectroscopy, lectures on physical methods for studying organic substances and stereochemistry of organic compounds, as well as special courses in various sections of synthetic and analytical organic chemistry for masters and graduate students.
The department prepares bachelors and masters in two specializations: general and synthetic organic chemistry, as well as analytical organic chemistry, and is actively involved in the training of graduates within the framework of the interdepartmental specialization - environmental chemistry. Every year about 20 bachelors and masters graduate from the department. Every year, 4–8 graduate students are admitted, most of whom successfully defend their PhD theses on time. Graduates of the department are in great demand in the labor market both in Russia and abroad. Faculty, staff, students and graduate students of the department actively participate in international scientific cooperation. Good scientific contacts have been established with universities in Germany (Karlsruhe, Leipzig, Ulm), Austria (Graz), France (Marseille, Strasbourg), USA (Buffalo, Bowling Green, Los Angeles).
Modern scientific topics of the Department of Organic Chemistry have strong historical roots. Here, first of all, it should be noted that they originated from the works of A.E. Favorsky research in the field of functionalized acetylene and diacetylene derivatives, which are now being intensively carried out in the groups of prof. I.A. Balova and A.V. Vasilyeva. Pioneering works of prof. I.A. Dyakonov on the chemistry of diazo compounds, carbenes, small cycles were continued and developed in the works of professors M.A. Kuznetsova, A.P. Molchanova, V.A. Nikolaeva, M.S. Novikova, A.F. Khlebnikov and their students. Prof.'s legacy B.V. Ioffe in the field of chemistry of organic derivatives of hydrazine, chemistry of heterocyclic compounds is being developed by prof. M.A. Kuznetsov, Doctor of Chemical Sciences, Associate Professor. V.V. Sokolov, and his analytical topics are enhanced by the works of prof. I.G. Zenkevich and L.A. Kartsova.
Based on the results of the scientific activities of teachers, staff, students and graduate students of the department, about 100 articles are published annually in leading international and domestic journals, dozens of abstracts of reports at international and all-Russian conferences. All-Russian and international conferences on current problems of organic chemistry are regularly held at the department, including youth conferences with wide international participation. The scientific developments of the department are supported by grants from the Russian Science Foundation, the Russian Foundation for Basic Research, grants from the President, the government of St. Petersburg, and international grants. Teachers of the department have repeatedly received prestigious awards from St. Petersburg University "For pedagogical excellence" (A.A. Kartsova, 2005, M.A. Kuznetsov, 2009, M.S. Novikov, 2012) and for the best scientific works (A.F. Khlebnikov, 2011).
Main directions of scientific research
- Chemistry of unsaturated and strained carbo- and heterocyclic systems. Carbenes, diazo compounds, small rings (azirines, aziridines, diaziridines, cyclopropanes, cyclopropenes, triangulans), framework and spiro-jointed structures, 1,3-dipoles, cycloaddition reactions. Doctor of Chemical Sciences prof. M.A. Kuznetsov, A.P. Molchanov, M.S. Novikov, A.F. Khlebnikov, Ph.D., Associate Professor. A.S. Konev, N.V. Rostovsky, A.S. Pankova, A.V. Stepakov, Ph.D., Art. teacher.. O.A. Tomashenko, Ph.D., ass. HER. Galenko, M.M. Efremova, Ph.D. T.A. Kornilov.
- Chemistry of reactive intermediate sextet particles, diazo compounds and ylides. Diazocarbonyl and diazodicarbonyl compounds. Photochemistry. Doctor of Chemical Sciences, prof. M.A. Kuznetsov, A.P. Molchanov, V.A. Nikolaev, M.S. Novikov, A.F. Khlebnikov, Ph.D., Associate Professor. A.S. Konev, A.S. Pankova, Ph.D. Ass. Yu.Yu. Medvedev.
- Chemistry of acetylene and diacetylene derivatives. Synthesis and transformations of functionalized diacetylenes, enediynes, synthesis of new fused heterocycles based on them. Doctor of Chemical Sciences, prof. I.A. Balova, Doctor of Chemical Sciences, Prof. A.V. Vasiliev, Ph.D., Associate Professor I.A. Boyarskaya, N.A. Danilkina, V.N. Sorokoumov, Ph.D., Art. Rev. A.G. Lyapunova, Ph.D., ass. V.N. Mikhailov.
- Hydrazine derivatives and polynitrogen compounds. Aminoaziridines. Aminonitrenes, azomethine ylides and 1,3-dipolar cycloaddition reactions. Three-, five- and six-membered nitrogen heterocycles. Doctor of Chemical Sciences, prof. M.A. Kuznetsov, Ph.D., Associate Professor. A.S. Pankova.
- Aziridines, oxiranes, thiiranes, thietanes, amidines, sulfonamides and sultams. Aromatic and non-aromatic heterocyclic compounds containing nitrogen, sulfur and oxygen atoms. Doctor of Chemical Sciences, Associate Professor V.V. Sokolov.
- Analysis of organic compounds using gas and liquid chromatography, capillary electrophoresis, gas chromatography-mass spectrometry, including studies of the environment, biological objects, and pharmaceuticals. Analysis and separation of mixtures of biologically active compounds using high-performance liquid and thin-layer chromatography, capillary zone electrophoresis, micellar electrokinetic chromatography, development of new options for organic analysis for medical diagnostic purposes. Development of new methods for chromatographic and chromatographic-spectral identification of organic compounds, creation of databases of analytical parameters. Doctor of Chemical Sciences, Prof. I.G. Zenkevich, prof. L.A. Kartsova, Ph.D., Associate Professor. E.A. Bessonova.
More detailed information about the areas of research of various scientific groups can be found at