CATALOGUE. of basic educational programs Bachelor s degree programme Master s degree programme Specialist s degree programme

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1 National research Tomsk Polytechnic University CATALOGUE of basic educational programs 2013 Bachelor s degree programme Master s degree programme Specialist s degree programme

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3 Contents tpu.ru CONTENTS Institute of Physics and Technology... 7 Bachelor s Degree Programme APPLIED MATHEMATICS AND INFORMATICS PHYSICS NUCLEAR PHYSICS AND TECHNOLOGIES TECHNICAL PHYSICS SPECIALIST S DEGREE PROGRAMME ELECTRONICS AND AUTOMATION OF NUCLEAR PLANTS CHEMICAL ENGINEERING OF MATERIALS IN MODERN POWER ENGINEERING Master s Degree Programme PHYSICS NUCLEAR PHYSICS AND TECHNOLOGIES APPLIED PHYSICS Institute of Natural Resources Bachelor s Degree Programme APPLIED GEOLOGY GEOLOGY MANAGEMENT LAND MANAGEMENT AND CADASTRAL REGISTER PETROLEUM ENGINEERING CHEMICAL ENGINEERING ENERGY-EFFICIENT AND RESOURCE-SAVING PROCESSES IN CHEMICAL ENGINEERING, PETROCHEMISTRY AND BIOENGINEERING ENVIRONMENTAL ENGINEERING AND WATER RESOURCES MANAGEMENT SPECIALIST S DEGREE PROGRAMME APPLIED GEOLOGY GEOLOGICAL EXPLORATION PROCESS Master s Degree Programme GEOLOGY ECOLOGY AND WILDLIFE MANAGEMENT MANAGEMENT PETROLEUM ENGINEERING CHEMICAL ENGINEERING ENERGY-EFFICIENT AND RESOURCE-SAVING PROCESSES IN CHEMICAL ENGINEERING, PETROCHEMISTRY AND BIOENGINEERING ENVIRONMENTAL ENGINEERING AND WATER RESOURCES MANAGEMENT Institute of Power Engineering Bachelor s Degree Programme HEAT AND POWER ENGINEERING AND HEAT ENGINEERING ELECTRIC POWER ENGINEERING AND ELECTRICAL ENGINEERING POWER MACHINERY ENGINEERING SPECIALIST S DEGREE PROGRAMME NUCLEAR POWER PLANTS: DESIGN, OPERATION AND ENGINEERING

4 Contents Master s Degree Programme PHYSICS HEAT AND POWER ENGINEERING AND HEAT ENGINEERING ELECTRIC POWER ENGINEERING AND ELECTRICAL ENGINEERING Institute of High Technology Physics Bachelor s Degree Programme MATERIALS SCIENCE AND TECHNOLOGY MECHANICAL ENGINEERING OPTICAL ENGINEERING CHEMICAL ENGINEERING BIOTECHNOLOGY HI-TECH PLASMA AND ENERGY EQUIPMENT PRODUCTION MACHINES AND EQUIPMENT Master s Degree Programme ELECTRIC POWER ENGINEERING AND ELECTRICAL ENGINEERING MATERIALS SCIENCE AND TECHNOLOGY MECHANICAL ENGINEERING OPTICAL ENGINEERING ELECTRONICS AND NANOELECTRONICS CHEMICAL ENGINEERING Institute of Cybernetics Bachelor s Degree Programme APPLIED MATHEMATICS AND INFORMATICS DESIGN MECHANICAL ENGINEERING DESIGN-ENGINEERING SUPPLY FOR MECHANICAL ENGINEERING CONTROL IN ENGINEERING WORKFLOW AND PRODUCTION AUTOMATION MECHATRONICS AND ROBOTICS STANDARDIZATION AND METROLOGY COMPUTER SCIENCE AND TECHNOLOGY INFORMATION SYSTEMS AND TECHNOLOGIES APPLIED INFORMATICS ARTS AND TREATMENT OF MATERIALS Master s Degree Programme APPLIED MATHEMATICS AND INFORMATICS MECHANICAL ENGINEERING DESIGN-ENGINEERING SUPPLY FOR MECHANICAL ENGINEERING CONTROL IN ENGINEERING STANDARDIZATION AND METROLOGY COMPUTER SCIENCE AND TECHNOLOGY INFORMATION SYSTEMS AND TECHNOLOGIES APPLIED INFORMATICS Institute of Non-Destructive Testing. Yurga Institute of Technology, TPU affiliate (Engineering and technology) Bachelor s Degree Programme MECHANICAL ENGINEERING

5 Contents tpu.ru INSTRUMENT MAKING BIOTECHNICAL SYSTEMS AND TECHNOLOGY ELECTRONICS AND NANOELECTRONICS QUALITY MANAGEMENT SAFETY IN TECHNOSPHERE Master s Degree Programme MECHANICAL ENGINEERING INSTRUMENT MAKING BIOTECHNICAL SYSTEMS AND TECHNOLOGY ELECTRONICS AND NANOELECTRONICS QUALITY MANAGEMENT SAFETY IN TECHNOSPHERE Institute of Humanities, Social Sciences and Technologies. Institute of International Education and Language Communication. Yurga Institute of Technology, TPU affiliate (HUMANITIES, SOCIAL SCIENCES) Bachelor s Degree Programme INSTITUTE OF HUMANITIES, SOCIAL SCIENCES AND TECHNOLOGIES ECONOMICS MANAGEMENT INNOVATION MANAGEMENT ADVERTISING AND PUBLIC RELATIONS FOREIGN AREA STUDIES HUMAN RESOURCE MANAGEMENT TOURISM PHYSICAL TRAINING YURGA INSTITUTE OF TECHNOLOGY ECONOMICS MANAGEMENT AGRICULTURAL ENGINEERING METAL ENGINEERING MECHANICAL ENGINEERING APPLIED INFORMATICS SAFETY IN TECHNOSPHERE SPECIALIST S DEGREE PROGRAMME INSTITUTE OF HUMANITIES, SOCIAL SCIENCES AND TECHNOLOGIES CUSTOMS AFFAIRS INSTITUTE OF INTERNATIONAL EDUCATION AND LANGUAGE COMMUNICATION TRANSLATION AND TRANSLATION STUDIES YURGA INSTITUTE OF TECHNOLOGY MINING ENGINEERING Master s Degree Programme INSTITUTE OF HUMANITIES, SOCIAL SCIENCES AND TECHNOLOGIES ECONOMICS MANAGEMENT TOURISM INNOVATION MANAGEMENT APPLIED INFORMATICS

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7 INSTITUTE OF PHYSICS AND TECHNOLOGY The institute of Physics and Technology trains highclass experts for areas of a traditional, nuclear and hydrogen power engineering, experimental and applied physics, new chemical, plasma and the beam of technologies, modern materials. Leading position in the world is held by such FTI scientific directions, as fundamental researches in the field of nuclear physics and physics of elementary particles; researches on generation of powerful pulse electron and ionic beams, the microwave - and braking radiations; creation of the equipment and technologies for sedimentation of the submicronic plasma coverings, the biocompatible coverings, the nanostructured coverings with set properties, fluoride technologies, researches in the field of hydrogen power engineering, the production technology of radiopharmaceuticals for medical diagnostics; methods of the neutron and activation analysis; technologies of a neutron transmutation alloying of semiconductor materials and some other. Educational process and researches are integrated into the international scientific space, are conducted in collaboration with the leading research organizations and the companies of the USA, China, South Korea, Singapore, Israel, the Czech Republic, France, Poland, India, Japan, Italy, Germany, Austria, Sweden and other countries. The FTI unique material base: the electronic synchrotron on power of 1,5 BEV research nuclear reactor cyclotron with adjustable ions energy the innovative educational centre created with financial support of the United States Department of Energy (DOE) and other modern analytical equipment of leading world companies. The system of physics and technology education created at the Institute, a close connection with the large research organizations, support of educational process by industrial enterprises allow to train professionals of the top skills forming scientific and technical elite of the country. Graduates are demanded by industrial enterprises, research organizations and institutions of higher and secondary vocational education. The level of the received training allows to compete successfully with graduates of foreign universities and to take perspective positions at the universities and companies not of only CIS countries, but also overseas countries. The faculty of the FTI: 339 research and academic employees, including 169 PhDs, 58 higher PhDs and 1 academician of RAS. 7

8 Institute of Physics and Technology Bachelor s Degree Programme Applied Mathematics and Informatics Bachelor Duration: 4 years ACADEMIC CURRICULUM OUTLINE Programme features: thorough understanding of information technologies and mathematical methods along with developed skills of applied problems solving. TRAINING OUTCOMES Competences gained: mastering formal system approaches to different problems analysis and solution; thorough understanding of advanced physics and mathematics, which allows doing both fundamental and applied research in different spheres: physics, psychology, economics and others. CAREER OPPORTUNITIES Employment areas: Eeconomics; mathematics; statistics; computer technologies; scientific research institutes; design institutes, postgraduate studies. Potential employers: State, local or municipal administrations; Finance, Economy, Analytical, Development and Marketing Departments of various enterprises and companies: private companies and associations, banks and insurance companies, investment foundations and pension scheme providers. 8

9 Institute of Physics and Technology tpu.ru COURSE STRUCTURE Core units Humanities and Social Sciences Foreign Language History Philosophy Economics Business Economics Law Studies Foreign Language for Specific Purposes Subject Area Units Informational technologies Programming Languages and Methods Operating Systems Databases Applied Mathematics Differential Equations Discrete Mathematics Probability Calculation and Mathematical Statistics Numerical Methods Optimization Techniques Games Theory and Operations Research Theory of Random Processes Creative Project Student Academic Research Work experience Industrial experience Bachelor's Graduation thesis General Mathematics and Natural Sciences Mathematical Analysis Algebra and Geometry Complex Analysis Functional Analysis Physics Informatics Computer Architecture Computer Graphics Computer hands-on course Methods of Functional Analysis in Engineering Evaluation Management Theory Logistics Multivariate Statistics Methods of Mathematical Physics Mathematical Simulation Mathematical Physics Equations Numerical Methods of Mathematical Physics Additional Chapters of Mathematical Physics Computer Models and Applications Web-Application Design Mathematical Models of Electrodynamics Project Planning and Results Processing Mathematical Simulation of Plasma and Plasma-like Systems Applied Oscillation Theory Applied Data Evaluation Data Evaluation Expert Systems Project Planning and Results Processing Web-Application Design Networking and System Administration Application Informatics Mathematical Physics Equations Mathematics in System Theory Applied Oscillation Theory CONTACT INFORMATION: Academic Curriculum Supervisor Dmitriy Yurievich Stepanov Tel. +7 (3822) , Subject Area Units (Specified Electives) Mathematical Methods Application to Engineering and Economics Problem Solving Financial Mathematics Statistical Modeling and Forecasting Cost Estimate Software Insurance and Actuarial Calculations Cost Accounting and Audit Experimental Design in Economics 9

10 Institute of Physics and Technology Physics Bachelor Duration: 4 years ACADEMIC CURRICULUM OUTLINE Programme features: thorough understanding of physics and mathematics, condensed matter physics; skills in designing physical models of materials response to external impact. TRAINING OUTCOMES Knowledge of: new trends in condensed matter physics development, new trends in hydrogen energy engineering, advanced equipment basic physics in professional activity, basic languages and software, advanced research equipment hardware components. Mastering: methods and computer technologies for physical experiment modeling, measurement and research methods, basic evaluation methods of scientific project technological and economical efficiency, basic rules and methods of advanced equipment operating in professional activity. CAREER OPPORTUNITIES Employment areas: enterprises using high technologies in power engineering, electronics, optics, plasma processing of metals; scientific research institutions; educational institutions; state and private scientific research institutions and engineering and manufacturing companies involved in physical problems solution. Potential employers: universities and colleges; scientific research institutions, laboratories; research and design companies, engineering and manufacturing companies. Career opportunities include: JSC Information Satellite Systems (Zheleznogorsk, Krasnoyarsk Krai); Balakovo Nuclear Power Plant (Balakovo, Saratov Oblast); JSC «Katod» (Novosibirsk); Russian Federal Nuclear Center, All-Russian Research Institute of Experimental Physics (Sarov, Nizhny Novgorod Oblast); Research and Production Center «Polyus» (Tomsk); Federal Research Institute of Semiconductor Devices (Tomsk); Institute of Thermophysics SB SAR (Novosibirsk); Institute of High Currents Electronics SB SAR (Tomsk); Institute for High Energy Physics (Protvino, Moscow Oblast); Russian Federal Nuclear Center, All-Russian Research Institute of Technical Physics (Snezhinsk, Chelyabinsk Oblast); Scientific laboratories of Institute of High Technology Physics and Institute of Physics and Technology, TPU (Tomsk); Post-graduate studies in TPU (Tomsk). 10

11 Institute of Physics and Technology tpu.ru COURSE STRUCTURE Core units Humanities and Social Sciences Foreign Language Economics Russian History Law Studies Psychology and Pedagogy Russian Language Stylistics and Speech Standards Philosophy Physical Training General Mathematics and Natural Sciences Mathematics Informatics (Software Engineering, Computational Physics, Numerical Methods, Mathematical Simulation) Chemistry Environmental Science Subject Area Units General Physics (Mechanics, Thermodynamics, Electricity and Magnetism, Optics, Atom and Atomic Phenomena Physics, Physics of Atomic Nucleus and Particles, General Practical Physics) Theoretical Physics Methods of Mathematical Physics Foreign Language for Specific Purposes Solid Surface and Thin Films Analysis Student Academic Research Electronics of Physical Units Introduction to Hydrogen Energetics Experimental Research Methods in Condensed Matter Principles of Plasma Physics Optional courses Physical Training Political Science Sociology Cultural Studies Military Training Subject Area Units (Specified Electives) Condensed State Physic Radiation-Substance and Plasma-Substance Interaction Principles of Plasma Physics Introduction to Hydrogen Energetics Experimental Research Methods in Condensed Matter Basic Physics of Nanomaterials CONTACT INFORMATION: Academic Curriculum Supervisor Andrei Markovich Lider, PhD, Associate Professor, Head of Department of General Physics, Institute of Physics and Technology, TPU 2, Lenin Prospect, Tomsk, Russia, Tel. +7 (38-22)

12 Institute of Physics and Technology Nuclear Physics and Technologies Bachelor Duration: 4 years ACADEMIC CURRICULUM OUTLINE Programme features: students are trained to get involved in scientific research and creative innovative activities in nuclear physics and technology; to generate new ideas; to apply mathematical, physical and other specialized knowledge to their research tasks; students are trained to get involved in engineering and manufacturing activities in interdisciplinary areas connected with fundamental physics and nuclear fuel cycle technologies. TRAINING OUTCOMES Competences gained: readiness to use basic natural science laws in professional activities, to use mathematical analysis and simulation methods in theoretical and experimental research; readiness to assess nuclear and radiation safety; readiness to operate advanced physical facilities and instruments; to fix, adjust, handle and test equipment and software; to assemble, adjust, test and put into operation engineering samples of instruments, facilities, units, systems and components; readiness to do physical experiments according to specified procedure; to apply nuclear power, plasma, laser, super-high frequency and high-pulse facilities, electron, neutron and proton beams. CAREER OPPORTUNITIES Employment areas: nuclear power facilities design and operation; industrial facilities safety and physical security; medical physics; human and environmental radiological safety; plasma technologies. Potential employers: Nuclear Energy State Corporation «Rosatom» enterprises; The Russian Federal Space Agency «Roscosmos»; scientific research institutes. Career opportunities include: researcher; engineer; production manager. 12

13 Institute of Physics and Technology tpu.ru COURSE STRUCTURE Core units Mathematics Chemistry Physics Informatics Manufacturing Science in Nuclear Fuel Cycle Technical Physics Thermodynamics and Heat Transfer Atomic Physics Introduction to Nuclear Physics Materials Science Mathematical Physics Equations Subject Area Units (Specified Electives) Safety and Non-Proliferation of Nuclear Materials Health Physics of Nuclear Facilities Physicochemical Analysis of Nuclear Materials Methods and Procedures of Nuclear Material Accounting Safety Culture Nuclear Reactors and Facilities Nuclear Power Plant Materials Power Equipment for Nuclear Power Facilities Theoretical Physics of Nuclear Reactors Thermal Processes in Nuclear Power Plants Human and Environmental Radiological Safety Health Physics Radiation Control for Power Plant Staff and Public Health Spectrometric Measurements in Radioecology Biological Basics of Radiation Safety Nuclear and Elementary Particle Physics Empirical Research Methods in Nuclear Physics Selected Chapters of Physics Accelerator Physics Radiation-Substance Interaction Physics of Kinetic Phenomena Kinetics of Physicochemical Phenomena and Processes Uranium Isotope Separation Plasma Engineering and Technology Ion Exchange Technologies CONTACT INFORMATION: Academic Curriculum Supervisor Lyudmila Ivanovna Dorofeyeva PhD, Associate Professor, Department of Applied Physics Engineering, Institute of Physics and Technology, TPU Tel. +7 (3822) , 13

14 Institute of Physics and Technology Technical Physics Bachelor Duration: 4 years ACADEMIC CURRICULUM OUTLINE Programme features: training for professional advanced materials design for various industries; possibility for doing research in hydrogen energetics; mastering research methods in fundamental physical patterns for advanced materials and substances development; possibility for material features and structure modification by radioactive-plasma technology. TRAINING OUTCOMES Competences gained: ability to successfully do Master s degree in a wide range of scientific and technical fields; ability to quickly adapt to changing working environment; willingness for professional advancement, selffulfillment and career growth; teamwork skills; ability and willingness to assimilate and use advanced technology. CAREER OPPORTUNITIES Employment areas: research and modeling of physical phenomena and patterns occurring during charged particle beam substance and plasma substance interaction; design, development, implementation and operation of various equipment for plasma-substance and charged particle beam-substance interaction; design, development and operation of various technologies of plasma-substance and charged particle beam-substance interaction. Potential employers: scientific research institutions, research and design companies, engineering and manufacturing companies in the sphere of microelectronics, mechanical engineering, power electronics and electrical engineering, aeronautics and space industry, atomic power and hydrogen energetics. Career opportunities include: laboratory or department manager/ officer; plasma technology adviser. 14

15 Institute of Physics and Technology tpu.ru COURSE STRUCTURE Core units History Philosophy Business Economics Foreign Language for Specific Purposes Mathematics Informatics Chemistry Environmental Science Physics Mathematical Simulation Atomic Physics Molecular Physics and Heat and Mass Transfer Physics of Atomic Nucleus and Particles Solid State Physics Descriptive Geometry and Engineering Graphics Metrology, Standardization and Certification Electronics and Circuit engineering Mathematical Physics Basic Physics of Materials Science Theoretical Physics Mechanics Strength of Materials Electrical Engineering Theory Vacuum Equipment of Plasma and Acceleration Systems Subject Area Units (Specified Electives) Beam and Plasma Technology Charged Particle and Plasma Source Accelerators Radiation-Substance and Plasma-Substance Interaction Principles of gas discharge physics Introduction to Hydrogen Energetics Beam and Plasma Surface Modification Surface Physics and Thin Films CONTACT INFORMATION: Academic Curriculum Supervisor Galina Alexeyevna Bleykher D.Sc., Associate Professor of Department of Hydrogen Energy and Plasma Engineering, Institute of Physics and Technology, TPU Tel. +7 (3822)

16 Institute of Physics and Technology Specialist s Degree Programme Electronics and Automation of Nuclear Plants Specialist Duration: 5 years ACADEMIC CURRICULUM OUTLINE Programme features: students are trained to be physical engineers able to do research, design, develop and operate informationmeasuring systems, computer-aided manufacturing, automated research systems, computer-aided design and automated control systems. Not only systems but also their components are designed. students are provided with hands-on experience in valid scientific and technological projects development aimed at developing and implementing computer-aided manufacturing and automated research systems in the framework of Federal Target Program and contracts with enterprises and research institutes. Facilities Laboratory of processes simulation and control systems for nuclear fuel cycle technological processes development; Laboratory of automated research systems development; Laboratory of «Electronic and Automated Technological Processes Design», where internship and apprenticeship for such jobs as Instrumentation and Automated Control Systems Mechanic and Electrical Measuring Instrument Adjuster/ Calibrator are held. TRAINING OUTCOMES Competences gained: Automation Systems and Elements of Physical Plants: ability to apply the knowledge about nuclear power plant (NPP) processes in understanding automated control systems aims and objectives; knowledge of NPP management general structure to understand your personal function; readiness to do managerial work in small teams; skills in accident prevention at nuclear industry and power engineering enterprises; ability to apply knowledge in electronics and automation in advanced automated control systems technical means design. Automation Systems of Nuclear Fuel Cycle Manufacturing Processes: ability to apply the knowledge of NPP technological processes in understanding computer-aided manufacturing aims and objectives; ability to apply theoretical and practical knowledge (mathematical, informational, algorithmic and technical) of computer-aided manufacturing in servicing it; knowledge of nuclear fuel cycle management general structure to understand your personal function; readiness to do managerial work in small teams; ability to apply knowledge in electronics and automation in advanced automated control systems technical means design; ability to apply the knowledge of nuclear fuel cycle technological processes and equipment in their mathematical descriptions development to do computer-aided manufacturing research and design. CAREER OPPORTUNITIES Potential employers: Siberian Group of Chemical Enterprises (Seversk, Tomsk Oblast); Mining and Chemical Combine (Zheleznogorsk, Krasnoyarsk Krai); Russian Federal Nuclear Center, All- Russian Research Institute of Technical Physics (Snezhinsk, Chelyabinsk Oblast); Russian Federal Nuclear Center, All- Russian Research Institute of Experimental Physics (Sarov, Nizhny Novgorod Oblast); FSUE «Elektrokhimpribor» Combine (Lesnoy, Sverdlovsk Oblast); The Research Institute of Atomic Reactors (Dimitrovgrad, Ulyanovsk Oblast ); The Institute for High Energy Physics (Protvino, Moscow Oblast); JSC «Novosibirsk Chemical Concentrates Plant» (Novosibirsk); JSC «Atomtechenergo», Moscow affiliate (Moscow); Balakovo Nuclear Power Station (Balakovo, Saratov Oblast); Beloyarsk Nuclear Power Station (Zarechny, Sverdlovsk Oblast): Bilibino Nuclear Power Plant (Bilibino, Chukotka Autonomous Okrug); Kalinin Nuclear Power Station (Udomlya, Tver Oblast) Kola Nuclear Power Plant (Murmansk Oblast); Leningrad Nuclear Power Plant (Sosnovy Bor, Leningrad Oblast); Smolensk Nuclear Power Plant (Desnogorsk, Smolensk 16

17 Institute of Physics and Technology tpu.ru Oblast); Baltic (Kaliningrad) Nuclear Power Plant (Neman, Kaliningrad Oblast); The Joint Institute for Nuclear Research (Dubna, Moscow Oblast); JSC ENERGOMASH Business Group, «UralElectroTyazhMash» (Ekaterinburg); LLC Scientific Production Association Saint-Petersburg Electrotechnical Company (Saint-Petersburg); LLC Sientific and Manufacturing Enterprise Tomsk Electronic Company (Tomsk);Nuclear Physics Institute, AS Czech Republic. Graduation thesis areas: 1. Mathematical simulation of technological processes for these processes research and application in control algorithms. 2. Development of single technological process and production control algorithms. 3. Development of special software to provide technological variables measurement along with processes and production management assisted by microprocessor controllers and computer systems. 4. Development of actuator/sensor technical communications with computer controlled information complexes. COURSE STRUCTURE Core units Foreign Language History Philosophy Economics Law Studies Business Economics Foreign Language for Specific Purposes Mathematics Discrete Mathematics Mathematical Simulation Physics Informatics Environmental Science Theory of Nuclear Plant Structure Theoretical Physics Atomic Physics Nuclear Physics. Nuclear Plants Nuclear Reactors Probability Calculation and Mathematical Statistics Chemistry Information Technologies in Complex Systems Design Graph Theory in Complex Systems Design Subject Area Units Descriptive Geometry and Engineering Graphics Mechanics Basic Safety Electrical Engineering and Electronics Fundamentals of Electric Circuits Microprocessor-Based Systems Electrical Materials Science Metrology and Measurement Analysis Nuclear Plants Automated Systems Digital Control Systems Electric Elements of Automatic Control Systems Computer-Aided Design Nuclear Plants Operation Optimization in Control Engineering Remote Control Adaptive Control Systems Processes and Devices of Nuclear Power Plants as Technological Subjects of Control Principles of Nuclear Plants Safety Provision Automatic Control Theory Automation Facilities and Control Devices in Chemical Industry Subject Area Units (Specified Electives) Automation Systems and Elements of Physical Plants Modern Electrophysical Installations Automation Systems of Thermonuclear Facility Experiments Nuclear Power Plant Systems Testing Methods of Technological Variables of Nuclear Power Installations Automation Systems of Nuclear Fuel Cycle Manufacturing Processes Chemical Engineering of Nuclear Fuel Specialist Course 76 Control Systems for Nuclear Fuel Cycle Technological Processes Control Methods of Technological Variables of Nuclear Fuel Cycle CONTACT INFORMATION: Academic Curriculum Supervisor Sergei Nikiloayevich Liventsov D.Sc., Professor, Head of Department of Electronics and Automation of Nuclear Plants, Institute of Physics and Technology, TPU Tel. +7 (3822)

18 Institute of Physics and Technology Chemical Engineering of Materials in Modern Power Engineering Engineer Duration: 5,5 years ACADEMIC CURRICULUM OUTLINE Programme features: The study in this programme essentially differs from classical engineering education. The difference lies in nuclear technology peculiarities: research intensity of nuclear science knowledge, competences, technologies and education; combination of mathematics, science and engineering study, training workshop increased work scope and complexity; direct links with military industries and national security; high technological/ safety culture requirements; increased requirement to general culture and high ethical standards; senior students active research activity; longer graduation thesis design period. All this facilitates in training an engineer-researcher able to set tasks, find solutions, analyze achievements and implement outcomes. Facilities: Department of Rare, Scattered and Radioactive Element Technology has enough facilities (classrooms, lecture halls and laboratories) to train highly skilled engineers. There are four special-purpose laboratories: laboratory of rare and trace element chemistry and technology; laboratory of rare, trace and radioactive element physicochemical analysis; laboratory of chemical technology processes and equipment; laboratory of radioactive safety and radiochemistry. The students have a unique possibility to study and do their research in current industries: Sublimation Plant within Siberian Group of Chemical Enterprises, Rosatom Nuclear Energy State Corporation enterprises, TPU scientific research institutes. On the plant floors students study machinery and equipment operational characteristics, secure techniques of process procedure running. The university workshops are run by leading plant laboratory experts and manufacturing engineers. TRAINING OUTCOMES Competences gained: The Programme graduates are ready to do the following professional tasks: In engineering and manufacturing: to do operational procedures in accordance with manufacturing standard requirements; to organize and exercise acceptance control of raw and other materials used in advanced power engineering materials technology, acceptance control of isotopic pure substances and their compounds; to provide effective use of equipment, raw and secondary materials in operational procedures. In scientific research: to design research plans, programmes and methods of material and operational procedures in the framework of their professional activity; to do experiments in advanced power engineering materials technology; to develop theoretical models to forecast advanced power engineering material features. In administration and management: to manage the team work under current production and to provide continuous operational procedures; to provide technical assurance in advanced power engineering material production; to develop raw material and power resource conservation measures. In project development to develop new process schemes, to calculate operational parameters, to assess and select equipment; to analyze and evaluate process scheme alternatives and its components and equipment; to develop baseline data for new operational procedure and equipment design, to provide designer supervision over the designing process. CAREER OPPORTUNITIES Potential employers: JSC PA Electrochemical Plant (Zelenogorsk, Krasnoyarsk Krai); Mining and Chemical Combine (Zheleznogorsk, Krasnoyarsk Krai); JSC «Novosibirsk Chemical Concentrates Plant» (Novosibirsk);!Chemical and Metallurgical Plant» (Krasnoyarsk) JSC «Chepetsk Mechanical Plant» (Glazov, Udmurt Republic) The Joint Institute for Nuclear Research (Dubna, Moscow Oblast); The Institute for High Energy Physics (Protvino, Moscow Oblast); B. P. Konstantinov Petersburg Nuclear Physics Institute RAS (Gatchina, Leningrad Oblast); 18

19 Institute of Physics and Technology tpu.ru Graduation thesis areas: Graduation theses are aimed at technological advancement in: gold-mining industry; uranium production; nonferrous industry; power production materials; current manufacturing waste recycling for commodities production. COURSE STRUCTURE Core units Foreign Language History Philosophy Economics Law Studies Business Economics Marketing Mathematics Linear Algebra and Analytic Geometry Differential Calculus Informatics Physics Organic Chemistry General and Inorganic Chemistry Environmental Science Surface Phenomena and Dispersion Media Analytical Chemistry Physical Chemistry Applied Chemical Thermodynamics Chemical Kinetics of Heterogeneous Processes Uranium-Thorium-Plutonium Chemistry Basics of Nuclear Physics and Radiation Control Nuclear Physics Radiation Control and Radiological Safety Physicochemical Analysis Descriptive Geometry and Engineering Graphics General Applied Chemistry Mechanics Electrical Engineering and Industrial Electronics Metrology, Standardization and Certification Processes and Devices of Industrial Chemistry Materials Science Chemical Reactors Radiochemistry Basic Safety Management Simulated Chemical-Engineering Processes Work placement opportunities: gold-mining and gold reserve storage and control enterprises; nuclear weapons complex enterprises providing national security; Russia nuclear power plants; copper, nickel and other nonferrous metals producing enterprises; Siberian Group of Chemical Enterprises (Seversk, Tomsk Oblast); JSC PA Electrochemical Plant (Zelenogorsk, Krasnoyarsk Krai). Methods of Analytical Control in Advanced Power Engineering Materials Production Economics in Nuclear Industry Control Systems for Chemical-Engineering Processes Advanced Power Engineering Materials Technology Natural Uranium Technology Rare Earth Elements Technology Term Project in Special Technology Nuclear Energy Legislation Processing Equipment for Rare Earth Elements Nuclear Fuel Technology Spent Nuclear Fuel Radiochemical Reprocessing Subject Area Units (Specified Electives) Chemical Engineering of Materials in Modern Power Engineering Foreign Language for Specific Purposes Mineralogy and Geochemistry Basics of Extraction and Ion Exchange Rare Earth Elements Chemistry Trace Elements Chemistry Student Academic Research Industrial Health Introduction to nuclear Reactor Theory Pure Substance Formation Techniques Electrochemical Production Laboratory Course in Hydrometallurgical Technology Laboratory Course in Gas Metallurgical Technology Precious Metals Technology in Nuclear Industry Design Basis of Chemical Production Running and Repair of Process Equipment CONTACT INFORMATION: Academic Curriculum Supervisor Alexandr Nikolayevich Diachenko D.Sc., Head of Department of Rare, Scattered and Radioactive Element Technology, Institute of Physics and Technology, TPU Tel. +7 (3822) , portal.tpu.ru/departments/kafedra/htre 19

20 Institute of Physics and Technology Master s Degree Programme Physics Master Duration: 2 years ACADEMIC CURRICULUM OUTLINE Programme features: 1 training of highly skilled professionals knowledgeable about state-of-the-art experimental methods of material properties study and capable of physical processes computer modelling; 2 training of highly skilled professionals capable of operation, routine maintenance, condition diagnostics and repairs of natural gas liquefaction enterprises equipment. Facilities: multimedia-aided lecture halls; special-purpose computer rooms provided with software packages (National Instruments LabView, Mathworks MatLab, MathSoft MathCad, Autodesk Inventor Professional, etc.); all computers have access to university corporate network as well as access to Internet; innovative research-and-education Centre of Hydrogen Energy Technology, Renewable Sources of Energy and Energy Efficiency; innovative research-and-education Centre of Nuclear Technology and Non-Proliferation of Nuclear Materials; centre for material properties measurement; research unit nuclear reactor laboratory (unique research-and-education nuclear reactor beyond the Urals); international research-and-education laboratories of radiation monitoring and diagnostics, nuclear technology and safety, hydrogen energy and plasma technology, Foton laboratory as well as laboratories of mathematical physics and polarisation phenomena in nuclear processes; laboratories of heat and mass exchange, thermophysical properties of materials, engineering thermodynamics, heat transfer, heat supply; laboratories of strategic partners such as Cancer Research Centre of Siberian Branch of Russian Academy of Medical Sciences, Institute of High Current Electronics of Siberian Branch of Russian Academy of Sciences, etc. TRAINING OUTCOMES Key competences gained: 1 knowledge of methods of material properties analysis as well as skills to apply the given methods for solving tasks within professional activity; 2 skills to develop designs of specific gas liquefaction plants and units; knowledge of gas liquefaction process modelling methods as well as skills to apply the given methods for solving tasks within professional activity. 20

21 Institute of Physics and Technology tpu.ru CAREER OPPORTUNITIES Scope of activity: scientific-and-research, innovative, organisational and managerial, teaching activity in relation to physical phenomena, processes and structures observed in nature. Employment areas: state-owned and privately owned research, design-andproduction establishments dealing with solving tasks of physics; institutions of higher, secondary vocational and secondary general education. Career opportunities include: research fellow, engineer, instructor, head of research department, head of design department. Job placement opportunities: gas liquefaction plants and units of Gazprom OJSC, M.F. Reshetnyov Information Satellite Systems OJSC (Zheleznogorsk, Russia), Biysk Protective Coat and Engineering Protective Systems Plant (Biysk, Russia), Siberian Chemical Plant OJSC (Seversk, Russia), Energoatom Concern OJSC, etc. COURSE STRUCTURE Subject Area Units (Specified Electives) Condensed Matter Physics (Institute of Physics and Technology) Condensed Matter Physics (double degree programme in partnership with Al-Farabi Kazakh National University, Institute of Physics and Technology) Physics and technology of low temperatures (Institute of Power Engineering) CONTACT INFORMATION: Academic Curriculum Supervisor Yuriy Y. Kryuchkov, professor of Department of General Physics of Institute of Physics and Technology; office 205 of TPU building 3, 43 Lenina Street, Tomsk, Russia; Tel.: +7 (3822) ; Institute of Physics and Technology Admission Board executive secretary Mikhail S. Kuznetsov, teaching assistant at Department of Nuclear Power Plants of Institute of Physics and Technology; office 248a of TPU building 10, 2 Lenina Street, Tomsk, Russia; Tel.: +7 (3822) ; е-mail: kms@tpu.ru. Institute of Power Engineering Admission Board executive secretary Sergey A. Shevelyov, senior instructor of Department of Nuclear and Thermal Power Plants of Institute of Power Engineering; office 234 of TPU building 4, 30a Lenina Street, Tomsk, Russia; Tel.: +7(3822) е-mail: wevelev@tpu.ru 21

22 Institute of Physics and Technology Nuclear Physics and Technologies Degree/special rank awarded: Master Duration: 2 years ACADEMIC CURRICULUM OUTLINE Programme features: training of highly skilled professionals demanded by nuclear fuel cycle enterprises, power industry, mechanical engineering and other science-intensive industries. Facilities: multimedia-aided lecture halls; special-purpose practical study computer rooms provided with software packages (National Instruments LabView, Mathworks MatLab, MathSoft MathCad, Autodesk Inventor Professional, etc.); all computers have access to university corporate network as well as access to Internet; innovative research-and-education centre of hydrogen energy technology, renewable sources of energy and energy efficiency; innovative research-and-education centre of nuclear technology and non-proliferation of nuclear materials; centre for material properties measurement; research unit nuclear reactor laboratory (unique research-and-education nuclear reactor beyond the Urals); international research-and-education laboratories of radiation monitoring and diagnostics, nuclear technology and safety, hydrogen energy and plasma technology, Foton laboratory as well as laboratories of mathematical physics and polarisation phenomena in nuclear processes; laboratories of heat and mass exchange, thermophysical properties of materials, engineering thermodynamics, hear transfer, heat supply; laboratories of strategic partners such as Cancer Research Centre of Siberian Branch of Russian Academy of Medical Sciences, Institute of High Current Electronics of Siberian Branch of Russian Academy of Sciences, etc. TRAINING OUTCOMES Key competences gained: profound knowledge of science, mathematics, engineering in the field of nuclear physics and technology as well as applied physics and skills to incorporate the given knowledge to solve engineering tasks within professional activity. CAREER OPPORTUNITIES Scope of activity: research, design, examination, engineering-andproduction, organisational and managerial activity in the field of nuclear physics and technology. Employment areas: researches and studies aimed at information 22

23 Institute of Physics and Technology tpu.ru logging and processing, theory formulating, creating and exploiting units and systems in the field of nuclear physics, particle physics, plasma physics, condensed matter physics, isotopic and molecular mixture separation physics, high-speed processes physics; medical radiation physics, radiation material science; study of non-equilibrium physical processes, propagation and interaction of radiation with animate and inanimate objects; maintenance of nuclear power plants, provision of nuclear and radiation safety, nuclear materials safety, physical protection of nuclear sites, design of nuclear power plant computer-aided control and monitoring systems. Career opportunities include: research fellow, engineer, instructor, head of research division, head of design division. Job placement opportunities: Rosatom Nuclear Energy State Corporation, Tomskneft VNK OJSC, Oil Company Rosneft OJSC (Strezhevoy, Russia), special-purpose radiation safety plant (Moscow/Novosibirsk, Russia); Siberian Chemical Plant OJSC (Seversk, Russia), Mining Chemical Combine (Zheleznogorsk, Russia), etc. Master s programme graduates may pursue a PhD programme. COURSE STRUCTURE Subject Area Units (Specified Electives) Medical Physics Nuclear Power Plant Control Nuclear Engineering Control and Regulation Kinetic Phenomena Physics Institute of Physics and Technology Admission Board executive secretary: Mikhail S. Kuznetsov, teaching assistant at Department of Nuclear Power Plants of Institute of Physics and Technology; office 248a of TPU building 10, 2 Lenina Street, Tomsk, Russia; Tel.: +7(3822) ; е-mail: kms@tpu.ru CONTACT INFORMATION: Academic Curriculum Supervisor Dmitry G. Demyanyuk education deputy Vice-Rector, Director of Institute of Physics and Technology; office 233 of TPU building 10, 2 Lenina Street, Tomsk, Russia Tel.: +7 (3822) е-mail: demyanuk@tpu.ru 23

24 Institute of Physics and Technology Applied Physics Degree/special rank awarded: Master Duration: 2 years ACADEMIC CURRICULUM OUTLINE Programme features: training of highly skilled professionals able to be with enterprises producing stateof-the-art high-tech output which requires application of plasma and radiation technologies; training of up-and-coming scientists able to conduct researches, primarily in the field of plasma and charged-particle beams on matter. Facilities: multimedia-aided lecture halls; special-purpose computer rooms provided with license software packages (National Instruments LabView, Mathworks MatLab, MathSoft MathCad, Autodesk Inventor Professional, etc.); all computers have access to university corporate network as well as access to Internet; innovative research-and-education Centre of Hydrogen Energy Technology, Renewable Sources of Energy and Energy Efficiency; innovative research-and-education Centre of Nuclear Technology and Non- Proliferation of Nuclear Materials; centre for material properties measurement; research unit nuclear reactor laboratory (unique research-and-education nuclear reactor beyond the Urals); international research-andeducation laboratories of radiation monitoring and diagnostics, nuclear technology and safety, hydrogen energy and plasma technology, Foton laboratory as well as laboratories of mathematical physics and polarisation phenomena in nuclear processes; laboratories of heat and mass exchange, thermophysical properties of materials, engineering thermodynamics, heat transfer, heat supply;laboratories of strategic partners such as Cancer Research Centre of Siberian Branch of Russian Academy of Medical Sciences, Institute of High Current Electronics of Siberian Branch of Russian Academy of Sciences, etc. TRAINING OUTCOMES Key competences gained: profound knowledge of science, mathematics, engineering in the field of applied physics and skills to apply the given knowledge to solve tasks within professional activity. CAREER OPPORTUNITIES Scope of activity: research, engineering-and-production, design-andengineering, organisational and managerial activity in relation to design, production and exploitation of various plasma and charged-particle beam sources as well as to development of solid body surface modification technologies based on plasma and charged-particle beam technologies. Employment areas: state-owned and privately owned research, designand-production establishments dealing with plasma and charged-particle beam technologies; institutions of higher, secondary vocational and secondary general education. Career opportunities include: research fellow, engineer, production planner, instructor, head of research division, head of design division. 24

25 Institute of Physics and Technology tpu.ru Job placement opportunities: M.F. Reshetnyov Information Satellite Systems OJSC (Zheleznogorsk, Russia), Institute of High Current Electronics (Tomsk, Russia), Siberian Chemical Plant OJSC (Seversk, Russia), Biysk Protective Coat and Engineering Protective Systems Plant (Biysk, Russia), National Nuclear Center of the Republic of Kazakhstan. Master s programme graduates may pursue a PhD programme. COURSE STRUCTURE Subject Area Units (Specified Electives) Beam and Plasma Technologies CONTACT INFORMATION: Academic Curriculum Supervisor Valery P. Krivobokov head of Department of Hydrogen Energy and Plasma Engineering of Institute of Physics and Technology; office 124 of TPU building 19, 4a Usova Street, Tomsk, Russia; Tel.: +7 (3822) е-mail: evp@tpu.ru Institute of Physics and Technology Admission Board executive secretary Mikhail S. Kuznetsov, teaching assistant at Department of Nuclear Power Plants of Institute of Physics and Technology; office 248a of TPU building 10, 2 Lenina Street, Tomsk, Russia; Tel.: +7 (3822) ; е-mail: kms@tpu.ru 25

26 26 Institute of Physics and Technology

27 Institute of Physics and Technology tpu.ru INSTITUTE OF NATURAL RESOURCES The Institute of Natural Resources (INR) is a full legal successor of the more than a century of traditions that have arisen within the known research geological, chemical, and mechanical schools founded and developed through academicians V.A. Obruchev and V.A. Usov, N.N. Semenov, professors N.M. Kiszhner, E.V. Biron, and many others. At the Institute the centres of advancing training of world-class specialists in the most actual problems of mineral and raw complex were created. The Institute of Natural Resources of TPU as the centre of the best traditions and innovations in oil and gas education of Siberia is the large educational (more than 2500 students) and research centre in geology and oil and gas production, including 15 departments, 2 research and production centres («Water», «Geocentre»), 2 Innovative and educational centres («The uranium centre» and «The centre of pipeline transport of oil and gas»), the Petroleum Learning Centre approved by Heriot-Watt University (Scotland). In order to prepare for the professional elite of the national economy at the INR it is used an integrated, interdisciplinary approach to solve problems with the widespread application of modern methods of mathematical and physical modeling, information technology and commercial validation of the received results both in the framework of small businesses at TPU, and with the help of partners - leading companies from Russia and foreign countries: OJSC «Gazprom», OJSC «NK» Rosneft», OJSC «AK «Transneft», OJSC «Alrosa», OJSC «Polyus», JSC «Vostokgazprom», OJSC «Surgutneftegas», OJSC «Eastern multinational company», JSC «SIAM Company», JSC «SIBUR Holding», JSC «R-Pharm», FSUE «Siberian Chemical Plant», NJSC «Kazatomprom», «TNK - BP», «Shell», «Schlumberger», ExxonMobil, MISWACO and others. Over 90% of the INR graduates get a job according to direct placements of the enterprises. The faculty of the INR: 321 research and academic employees, including 168 PhD, 44 higher PhD, 5 academicians of RAS. 27

28 Institute of Natural Resources Bachelor s Degree Programme Ecology and Wildlife Managementе Bachelor Duration: 4 years ACADEMIC CURRICULUM OUTLINE Programme features: training of professionals who are competitive both on the Russian and international labour market in Ecology and Wildlife Management; capability to assess anthropogenic impact on natural environment components as a result of any operational activities connected with exploration, extraction and processing of minerals, with the development of new knowledge-intensive and energy-intensive industries; elaboration of measures on environmental negative impact mitigation of people s business activities; training of graduates for work in the field of ecological standardization, geo-ecological monitoring and geo-ecological design. TRAINING OUTCOMES Competences gained: knowledge of Wildlife Management Basics, Wildlife Management Economics, Sustainable Development, Environmental Impact Assessment, Legal Basis of Wildlife Management and Environmental Protection; capability to understand, state and analyze in a critical manner basic information in Ecology and Wildlife Management; knowledge of Theory of Ecological Monitoring, Ecological Standardization, pollution reduction, anthropogenic systems and ecological risk; capability to use theoretical knowledge in practical work; basic general professional (general ecological) understanding of the Theory of General Ecology, Environmental Geology, Human Ecology, Social Ecology and Environmental Protection; skills in methods of applied environmental science, ecological mapping, ecological audit and monitoring; skills in methods of processing, analysis and synthesis of field survey information and laboratory environmental and environmental geological information, application of theoretical skills in practice; skills in methods of landscape and geo-ecological design, monitoring and audit; skills in methods of geo-chemical and geo-physical survey; methods of general and geo-ecological mapping; skills in Geological Information System technologies; ability to understand social significance of future profession. It includes high motivation to perform professional activities; ability to use fundamental principles and methods of social science, humanities and economic science; capability for organizational and management skills application in professional and in community activities. CAREER OPPORTUNITIES Employment areas: environmental protection and wildlife management bodies: agencies belonging to the Ministry of Natural Resources of the Russian Federation, the Ministry of Agriculture of the Russian Federation, the State Committee for Environmental Protection of the Russian Federation and other environmental protection departments and agencies). These areas also include environmental services of industries and departments and local authorities; establishments, agencies and enterprises, bureaus, centres and companies engaged in technological aspects of environmental protection and environmental safety assurance; wide-scale safety facilities, non-governmental organizations and funds, design, survey and research institutes, firms etc.; PhD programme; representative offices of international companies; educational institutions of elementary vocational, secondary vocational and higher vocational education. In addition, they include general education institutions etc. Career opportunities include the following professions: geo-ecologist, ecologist, engineer, environmental engineer, intern researcher in the field of ecology, science editor. The programme graduates may pursue their Ecology and Wildlife Management, subject area Environmental Problems Master s Degree. 28