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  2. مارس 2023

مارس 2023

2.5.8 Welding, Allied Processes and Technology

Level: Postgraduate studies Duration of training: 4 years Degree certificate: Postgraduate studies certification Mode of study: Full time Language of study: Russian Research advisors: Mikhail Ivanov, PhD (Engineering), Associate Professor Тel.: +7 (351) 267-99-60, e-mail: ivanovma@susu.ru Programme Description Land Transport and Technological Systems is a field of science and engineering that studies the patterns and interconnections in technological processes of object formation by removing a part of the initial volume of material, as well as in technical means (machines, tools, mechanisms, technological equipment) of process implementation at the stages of their creation and operation;   study of the interconnections and patterns of this field of science;   creation of new and improvement of the existing technological processes of treatment and related equipment, units, mechanisms and other technical means ensuring high competitiveness due to the quality of the formed parts, low cost, increased productivity, reliability, safety, environmental friendliness;   development of the theory of technological support and improving the quality of engineering products with the lowest cost of their manufacture.

2.5.6 Mechanical Engineering Technology

Level: Postgraduate studies Duration of training: 4 years Degree certificate: Postgraduate studies certification Mode of study: Full time Language of study: Russian Research advisors: Viktor Guzeev, DSc (Engineering), Professor Field of Research: Improvement of Technological Processes for CNC Machines; Ensuring the Accuracy of Complex Profile Surfaces; Calculation of Cutting Modes for CNC Machines Тel.: +7 (351) 267-92-67, e-mail: guzeevvi@susu.ru   Pavel Pereverzev, DSc (Engineering), Associate Professor Field of Research: Information Technology and Business Process Modeling, Commercial and Logistics Process Modeling Теl.: +7 (351) 267-92-67, e-mail: pereverzevpp@susu.ru   Igor Shchurov, DSc (Engineering), Professor Field of Research: Automated Calculation of Machining Accuracy and Dimensional Tool Parameters. CAD/CAM Systems Based on Discrete Models Тel.: +7 (351) 267-91-11, e-mail: shchurovia@susu.ru   Petr Mazein, DSc (Engineering), Professor E-mail: mazeinpg@susu.ru Programme Description Land Transport and Technological Systems is a field of science and engineering that studies the patterns and interconnections in technological processes of object formation by removing a part of the initial volume of material, as well as in technical means (machines, tools, mechanisms, technological equipment) of process implementation at the stages of their creation and operation;   study of the interconnections and patterns of this field of science;   creation of new and improvement of the existing technological processes of treatment and related equipment, units, mechanisms and other technical means ensuring high competitiveness due to the quality of the formed parts, low cost, increased productivity, reliability, safety, environmental friendliness;   development of the theory of technological support and improving the quality of engineering products with the lowest cost of their manufacture.

2.5.2 Mechanical Systems

Level: Postgraduate studies Duration of training: 4 years Degree certificate: Postgraduate studies certification Mode of study: Full time Language of study: Russian Research advisors: Elena Zadorozhnaia, DSc (Engineering), Professor Field of Research: Hydrodynamic Theory of Lubrication, Sliding Support Dynamics, Friction, Nonlinear Rotor Dynamics, Lubricant Properties Tel.: +7 (351) 267-94-00, e-mail: zadorozhnaiaea@susu.ru   Iurii Rozhdestvenskii, DSc (Engineering), Professor E-mail: rozhdestvenskiiyv@susu.ru    Sergei Nekrasov, DSc (Engineering) Tel.: +7 (351) 272-34-80, e-mail: nekrasovsg@susu.ru Programme Description Land Transport and Technological Systems is a field of science and engineering that studies the patterns and interconnections in technological processes of object formation by removing a part of the initial volume of material, as well as in technical means (machines, tools, mechanisms, technological equipment) of process implementation at the stages of their creation and operation;   study of the interconnections and patterns of this field of science;   creation of new and improvement of the existing technological processes of treatment and related equipment, units, mechanisms and other technical means ensuring high competitiveness due to the quality of the formed parts, low cost, increased productivity, reliability, safety, environmental friendliness;   development of the theory of technological support and improving the quality of engineering products with the lowest cost of their manufacture.

2.4.7 Turbomachines and Piston Engines

Level: Postgraduate studies Duration of training: 4 years Degree certificate: Postgraduate studies certification Mode of study: Full time Language of study: Russian Research advisors: Iurii Rozhdestvenskii, DSc (Engineering), Professor E-mail: rozhdestvenskiiyv@susu.ru   Viacheslav Kamaltdinov, DSc (Engineering), Professor E-mail: kamaltdinovvg@susu.ru Programme Description The educational programme focuses on training postgraduate students for research activities in the field of science, engineering, technology and pedagogy, covering the set of tasks within the speciality: theoretical and experimental research, mathematical and computer modelling, design and engineering of materials, devices, appliances, installations, complexes of electrical and heat engineering equipment; a set of technical means, techniques and methods of human activity in the production, distribution of electrical and thermal energy, control of its flows, and the conversion of other types of energy into heat; design, construction, creation, assembling and operation of electrical and electronic devices; operation of modern industrial enterprises, transport systems, thermal, hydro- and nuclear power plants, factories, power transmission lines.

2.4.6 Theoretical and Applied Thermal Engineering

Level: Postgraduate studies Duration of training: 4 years Degree certificate: Postgraduate studies certification Mode of study: Full time Language of study: Russian Research advisors: Maksim Dudkin, DSc (Engineering), Associate Professor Field of Research: Power Electronics, Semiconductor Converters for Regulated Electric Drives, Control Systems for Thermal Power Facilities E-mail: dudkinmm@susu.ru Programme Description The educational programme focuses on training postgraduate students for research activities in the field of science, engineering, technology and pedagogy, covering the set of tasks within the speciality: theoretical and experimental research, mathematical and computer modelling, design and engineering of materials, devices, appliances, installations, complexes of electrical and heat engineering equipment; a set of technical means, techniques and methods of human activity in the production, distribution of electrical and thermal energy, control of its flows, and the conversion of other types of energy into heat; design, construction, creation, assembling and operation of electrical and electronic devices; operation of modern industrial enterprises, transport systems, thermal, hydro- and nuclear power plants, factories, power transmission lines.

Research advisors: 2.4.2 Electrotechnical Complexes and Systems

Aleksander Vozmilov, DSc (Engineering), Professor Field of Research: Electron-ion Technology in the Agro-industrial Complex Tel.: +7 (351) 267-90-98, e-mail: vozmilovag@susu.ru   Maksim Grigorev, DSc (Engineering), Associate Professor Field of Research: Electric Drives with New Types of Electric Machines Tel.: +7 (351) 267-93-21   Maksim Dudkin, DSc (Engineering), Associate Professor Field of Research: Power Electronics, Semiconductor Converters for Regulated Electric Drives, control systems for thermal power facilities. Tel.: +7 (351) 267-93-21, e-mail: dudkinmm@susu.ru   Irina Kirpichnikova, DSc (Engineering), Professor Field of Research: Electron-ion Technology, Renewable Energy Sources, Solar Energy Tel.: +7 (351) 267-98-94, e-mail: kirpichnikovaim@susu.ru   Vladimir Kodkin, DSc (Engineering), Professor Field of Research: Automatic Control, Nonlinear Systems, Automated Electric Drive Tel.: +7 (351) 267-93-21   Evgenii Solomin, DSc (Engineering), Associate Professor Field of Research: Renewable Energy Sources, Wind Power, Control Systems Tel.: +7 (351) 267-98-94   Sergei Gandzha, DSc (Engineering), Professor Field of Research: Development of DC Valve Machines, Electric Vehicle Transmissions and Renewable Energy Sources. Tel.: +7 (351) 267-91-51

2.4.2 Electrotechnical Complexes and Systems

Level: Postgraduate studies Duration of training: 4 years Degree certificate: Postgraduate studies certification Mode of study: Full time Language of study: Russian Research advisors Programme Description The educational programme focuses on training postgraduate students for research activities in the field of science, engineering, technology and pedagogy, covering the set of tasks within the speciality: theoretical and experimental research, mathematical and computer modelling, design and engineering of materials, devices, appliances, installations, complexes of electrical and heat engineering equipment; a set of technical means, techniques and methods of human activity in the production, distribution of electrical and thermal energy, control of its flows, and the conversion of other types of energy into heat; design, construction, creation, assembling and operation of electrical and electronic devices; operation of modern industrial enterprises, transport systems, thermal, hydro- and nuclear power plants, factories, power transmission lines.

1.4.4 Physical Chemistry

Level: Postgraduate studies Duration of training: 4 years Degree certificate: Postgraduate studies certification Mode of study: Full time Language of study: Russian Research advisors: Viacheslav Avdin, DSc (Chemistry), Professor Field of Research: Mechanism of Heavy Metal Oxihydrate Gels Shaping Tel.: +7 (351) 267-95-17, e-mail: avdinvv@susu.ru   Ekaterina Bartashevich, DSc (Chemistry), Associate Professor Field of Research: Electron Density, Structure-property Bonding, Chemical Bonding Tel.: +7 (351) 267-95-76, e-mail: bartashevichev@susu.ru   Evgenii Trofimov, DSc (Chemistry), Associate Professor E-mail: trofimovea@susu.ru Programme Description The postgraduates gain the skills in independently conducting research on obtaining and studying the physical and chemical properties of new functional inorganic materials. The main objects of research are metal-oxide materials with (photo)catalytic and sorption properties. The materials are produced using the available and new methods, their morphology and composition of elements are modified and studied, along with the distribution of the functional groups on the surface, crystalline phases, texture and thermal properties, including the kinetics of the thermolysis processes, catalytic, sorption, and other properties. These materials are used for the (photo)catalytic treatment of water to remove persistent organic pollutants, targeted production of substances important for industry, and for selective extraction of heavy metals from water. The postgraduates get to publish 5-6 scientific articles, including 2-3 in journals indexed in Scopus and Web of Science global citation databases, and they also gain the skills of operating modern scientific equipment.

1.1.8 Mechanics of Deformable Solids

Level: Postgraduate studies Duration of training: 4 years Degree certificate: Postgraduate studies certification Mode of study: Full time Language of study: Russian Research advisors: Programme Description 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 conducted in order to: create new generations of machines, tools, equipment, technologies and materials with qualitatively new functional properties; improve the existing structures and technologies through enhancing operational characteristics, reducing material and energy intensity; ensure the reliability and safety of structures at all stages of the life cycle, from designing to solving the issue of decommissioning or extending the service life.

1.1.7 Theoretical Mechanics, Dynamics of Machines

Level: Postgraduate studies Duration of training: 4 years Degree certificate: Postgraduate studies certification Mode of study: Full time Language of study: Russian Research advisors: Sergei Sapozhnikov, DSc (Engineering), Professor Field of Research: Experimental and Computer Dynamics of Deformation and Fracture of Composite Materials and Structures Using High-performance Computing Systems Tel.: +7 (351) 267-92-61, e-mail: as@susu.ru   Aleksandr Cherniavskii, DSc (Engineering), Professor Field of Research: the Strength of Nuclear Reactors of Several Different Types, the Creation of Strength Calculation Standards for High-temperature Reactors Tel.: +7 (351) 267-92-61, e-mail: cherniavskiiao@susu.ru   Pavel Taranenko, PhD (Engineering), Associate Professor Tel.: +7 (351) 267-93-06, e-mail: taranenkopa@susu.ru   Aleksei Abyzov, DSc (Engineering), Associate Professor Tel.: +7 (351) 267-93-06, e-mail: abyzovaa@susu.ru   Galina Levina, PhD (Engineering), Associate Professor Field of Research: Mathematical Modeling of Gas Dynamic Supports with Elastic Surfaces; Dynamics of Inertial Elements of Navigation and Motion Control Systems Tel.: +7 (351) 267-94-54 Programme Description 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 conducted in order to: create new generations of machines, tools, equipment, technologies and materials with qualitatively new functional properties; improve the existing structures and technologies through enhancing operational characteristics, reducing material and energy intensity; ensure the reliability and safety of structures at all stages of the life cycle, from designing to solving the issue of decommissioning or extending the service life.
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