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  2. مارس 2019

مارس 2019

01.06.01 Mathematics and Mechanics (01.02.05 Fluid and Plasma Mechanics)

Major: 01.02.05 Fluid and Plasma Mechanics Level: Postgraduate studies Duration of training: 4 years / 5 years Degree certificate: Diploma Mode of study: Full time / part time Language of study: Russian Programme manager: Iurii Kovalev, Doctor of Sciences (Physics and Mathematics), Professor Description of the educational programme Fluid and Plasma Mechanics is a field of natural sciences, which based on the ideas and approaches of the kinetic theory and continuum mechanics, studies the processes and phenomena, which accompany the flow of homogeneous and multiphase mediums during exposure to mechanical, heat, electromagnetic and other actions, as well as those which happen during the interaction of fluid mediums with moving or static bodies. The field of professional activity of the graduates, who have mastered this postgraduate programme, includes building and studying of mathematical models for describing the parameters of the flows of moving mediums in a wide range of conditions; conducting experimental research on the flows and their interaction with bodies, with the interpretation of the experimental data in order to predict and control natural phenomena and technological processes, which include the movement of fluid mediums. Contacts Room 702, SUSU Main University Building, 76 Lenin Prospekt Tel.: +7(351)267-91-15 E-mail: pmfdek@susu.ru

01.06.01 Mathematics and Mechanics (01.01.02 Differential Equations, Dynamic Systems and Optimal Control)

Major: 01.01.02 Differential Equations, Dynamic Systems and Optimal Control Level: Postgraduate studies Duration of training: 4 years / 5 years Degree certificate: Diploma Mode of study: Full time / part time Language of study: Russian Programme manager: Georgii Sviridiuk, Doctor of Sciences (Physics and Mathematics), Professor, Nataliia Manakova, Doctor of Sciences (Physics and Mathematics), Associate Professor. Description of the educational programme The graduates are trained for conducting research activity in the field of fundamental and applied mathematics, mechanics, natural sciences in scientific-and-production sphere, in social-and-economic sphere, as well as for teaching mathematical disciplines in educational organisations of higher education. Field of future profession institutions of higher education, research-and-development institutes. Contacts Room 702, SUSU Main University Building, 76 Lenin Prospekt Tel.: +7(351)267-91-15 E-mail: pmfdek@susu.ru

01.06.01 Mathematics and Mechanics (Mathematical Modeling, Numerical Methods and Software Complexes)

Major: Mathematical Modeling, Numerical Methods and Software Complexes Level: Postgraduate studies Duration of training: 4 years / 5 years Degree certificate: Diploma Mode of study: Full time / part time Language of study: Russian Programme manager: Aleksandr Tyrsin, Doctor of Sciences (Engineering), Professor Description of the educational programme This educational programme is focused on training researchers ready to use mathematical modelling, numerical methods and software complexes for solving scientific and engineering, fundamental and applied problems. The professional activity of the graduates, who have mastered this postgraduate programme, includes the development of new mathematical models of objects and phenomena, development of the analytical methods of mathematical models studying, development of efficient computing algorithms and implementing them using modern computer technologies. Contacts Room 702, Main University Building, 76 Lenin Prospekt Tel.: +7(351)267-91-15 E-mail: pmfdek@susu.ru

03.06.01 Physics and Astronomy (01.04.05 Condensed Matter Physics)

Major: 01.04.05 Condensed Matter Physics Level: Postgraduate studies Duration of training: 4 years / 5 years Degree certificate: Diploma Mode of study: Full time / part time Language of study: Russian Description of the educational programme Computer-aided Materials Science: modelling the structure and properties of materials at the quantum-mechanical, atomic, and continuum levels. Numerical Theory of Physical Experiments for studying the properties of fluids: development of the methods of processing the results of full-scale experiments in order to improve the reliability of determining the physical and chemical properties of fluids by means of comparing the parameters of full-scale and numerical experiments. Quantum Informatics: theoretical building and testing the reliability of the schemes of performing quantum computing. Objects of professional activity: physical systems of various scales and levels of organization, processes of their functioning; physical, engineering-and-physical, biophysical, physical-and-chemical, physical-and-medical and environment-protection technologies; physical expert review and monitoring. Types of professional activity: research activity in the fields of physics and astronomy; teaching activity in the fields of physics and astronomy. Tasks of professional activity: conducting research within the projects being fulfilled; and developing the scientific and methodological support for the fulfilment of the supervised subjects of study, courses, and disciplines (modules). Field of future profession solving the problems, which require the use of fundamental knowledge in physics and astronomy. Contacts Rooms 245, 247, 249, Main University Building, 76 Lenin Prospekt Tel.: +7(351)267-90-23 E-mail: beskachkovp@susu.ru

09.04.01 Applied Mathematics and Computer Science (Data Analysis and Artificial Intelligence Methods)

Major: Data Analysis and Artificial Intelligence Methods Level: Master’s degree Duration of training: 2 years Degree certificate: Master’s degree Mode of study: Full time Language of study: Russian Programme manager: Lyudmila Prokudina, Doctor of Physical and Mathematical Sciences, Professor, +7(351)267-96-80, prokudinala@susu.ru Description of the educational programme The aim of the master’s program: Training of highly qualified specialists in the field of modern methods of artificial intelligence in relation to a wide range of current problems of data analysis, knowledge representation and processing. Area of professional competence: Development of algorithmic support for automated (including distributed) information processing and control systems, as well as computer-aided design systems and information support in the following areas: resource and energy conservation, oil and gas industry, development of intelligent automatic process control systems in various industries, including: development of algorithmic support of intelligent measuring instruments, development of algorithmic support systems for automatic control of technological processes in the energy sector, nanotechnology, Development of algorithmic support of technological processes in metallurgy. analysis of industrial, commercial and consumer markets and the development of expert systems. Intellectual support in making management decisions in technical, economic and social sectors.  

13.04.02 Power Engineering and Electrical Engineering (Electric Drives and Control Systems)

Major: Electric Drives and Control Systems Level: Master’s degree programme Duration of training: 2 years Degree certificate: Diploma Mode of study: Full time Language of study: Russian Programme manager: Maksim Grigoriev, Doctor of Sciences (Engineering), Professor Description of the educational programme Training of highly qualified holders of a Master’s degree in the field of automated electric drives capable of competing in the conditions of a modern market economy and digitalization of production. Programme objectives: development and analysis of generalized solutions to problems in the field of automated electric drives and control systems; analysis and synthesis of objects of professional activity: development of plans and programs for research, creation of mathematical models of electric drives and complex technological complexes; planning of the implementation of projects in the field of electric drives and automation, with a further assessment of the technical and economic efficiency of the decisions made; assessment of the production and non-production costs for ensuring product quality, marketing and preparation of business plans for the production and sale of promising and competitive products; evaluation of energy efficiency of technological processes, innovation and technological risks in the implementation of new equipment and technologies. Contacts Room 255m Main University Building, 76 Lenin Prospekt, Chelyabinsk Tel.: +7(351)267-93-21 E-mail: dudkinmm@susu.ru

24.04.02 Motion Control Systems and Navigation (Navigation and Stabilization Systems and Devices)

Major: Navigation and Stabilization Systems and Devices Level: Master’s degree Duration of training: 2 years Degree certificate: Master’s degree Mode of study: Full time Language of study: Russian Programme manager: Vladimir Shiryaev, Head of the Department of Automated Control Systems of the SUSU School of Electronic Engineering and Computer Science, Professor, Doctor of Sciences (Engineering) Tel.: +7(351)267-94-54 E-mail: shiriaevvi@susu.ru Description of the educational programme Fields of study: information and control computing systems, networks and systems; means and methods of modelling, analysis and synthesis of control systems with complex technical and organizational objects.

22.04.02 Metallurgy (Development of Pyrometallurgical and Foundry Processes in the Context of Digital Industry)

Major: Development of Pyrometallurgical and Foundry Processes in the Context of Digital Industry Level: Master’s degree programme Duration of training: 2 years, or 2 years and 6 months Degree certificate: Diploma Mode of study: Full-time Language of study: Russian Programme manager: Vasilii Roshchin, Doctor of Sciences (Engineering), Professor Description of the educational programme This programme aims at training highly qualified and competitive (in the regional and federal labour markets) specialists in the field of modern metallurgical production, who meet the professional standards. The programme focuses on forming the theoretical and technological base of the processes of producing ferrous metals and alloys based on them, high-quality casting from the alloys of ferrous and non-ferrous metals, as well as on providing applied and methodological knowledge on organizing and performing research-and-development work, and solving production-and-technology tasks. Contacts Room 316, Main University Building Tel.: +7(351)267-92-21 E-mail: ivanovma@susu.ru

11.04.03 Design and Technology of Electronic Equipment

Major: Design and Technology of Electronic Equipment Level: Master’s degree Duration of training: 2 years Degree certificate: Master’s degree Mode of study: Full time Language of study: Russian Programme manager:  Nikolay Voitovich, Head of the Department, Professor, Doctor of Technical Sciences Tel.: +7(351)267-97-47 E-mail: voitovichni@susu.ru Description of the educational programme Upon completion of the program graduates possess knowledge, skills and abilities that enable them in the future to solve various problems regarding design and technology of radio-electronic equipment, microwave electronic equipment, technological processes of production, technological materials and equipment, design and technological documentation, methods and means of adjustment and testing, product quality control, etc.

01.06.01 Mathematics and Mechanics (Applied Mechanics, Dynamics and Strength of Machines)

Major: Applied Mechanics, Dynamics and Strength of Machines Level: Postgraduate studies Duration of training: 4 years / 5 years Degree certificate: Diploma Mode of study: Full time / part time Language of study: Russian Programme manager: Sergei Sapozhnikov, Doctor of Sciences (Engineering), Professor Aleksei Abyzov, Doctor of Sciences (Engineering), Professor Aleksandr Cherniavskiy, Doctor of Sciences (Engineering), Professor Pavel Taranenko, Candidate of Sciences (Engineering), Associate Professor Description of the educational programme The dynamics and strength of machines, tools and equipment is the field of science and technology that studies the behaviour of technical objects for various purposes, the laws of mechanical (and related thermal, hydraulic, etc.) phenomena in structures and materials using the methods of mechanics and computational mathematics. The study of dynamic processes, stress state and strength of machines, tools and equipment is carried out in order to: create new generations of machines, tools, equipment, technologies and materials with qualitatively new functional properties; improve the existing structures and technologies with increasing operational characteristics, reducing material and energy intensity; ensure the reliability and safety of structures at all stages of the life cycle, from design to the solution of the issue of decommissioning or extending the service life. Contacts Centre for Doctoral Studies Address: 76 Lenin Prospekt, Chelyabinsk 454080 Rooms 504, 512б, Main University Building Tel.: +7(351)267-94-64, +7(351)267-96-12 (Room 504), +7(351)272-32-10 (Room 512б)
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