مارس 2019 | جامعة جنوب الاورال الحكومية

15.04.06 Mechatronics and Robotics (Mechatronics)

Major: Mechatronics Level: Master’s degree programme Duration of training: 2 years Degree certificate: Diploma Mode of study: Full time Language of study: Russian Programme manager: Andrey Radionov, Doctor of Sciences (Engineering), Professor Description of the educational programme The curriculum of this Master's degree programme is based on the courses studied by students under the Bachelor’s degree programme in the field of “Mechatronics and Robotics”, profile “Mechatronic Systems in Computer-aided Production”. During training, the students have the opportunity to master the theoretical knowledge on the operation of mechatronic and robotic systems on laboratory equipment. In addition, the graduates obtain practical skills while working at big enterprises in the region within the framework of internship. A part of the courses is taught by the representatives of commercial companies involved in the development of mechatronic systems and automation. Contacts Dean’s Office of the Faculty of Mechanical Engineering: Room 526, University Building No.3А Tel.: +7(351)267-94-80 E-mail pmik@susu.ru Department of Mechatronics and Automation: Room 819, University Buildings No.3БВ Tel.: +7(351)272-32-30 E-mail mechatronics@susu.ru

قراءة المزيدحول 15.04.06 Mechatronics and Robotics (Mechatronics)

18.04.02 Energy and Resource Saving Processes in Traditional Technologies, Petrochemistry and Biotechnology. Integrated Use of Water Resources

Major: Complex Usage of Water Resources 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: Vyacheslav Avdin, +7(351)267-95-17, avdinvv@susu.ru Description of the educational programme The aim of the program is to train highly qualified specialists in the field of energy efficiency and resource conservation, who possess sufficient skills to work for high-tech enterprises, as well as for continuing research in any part of the world. Program objectives: formation of competences in the field of energy and resource saving and environmental design; formation of knowledge and skills in the field of solving modern problems of energy and resource saving; teaching information retrieval both in regulatory documents and in scientific journals; teaching how to solve non-standard problems of energy and resource conservation, requiring the application of a scientific approach. The area of professional activity: design in the field of energy and resource conservation, research, environmental marketing, consulting, environmental-economic, environmental-legal, training activities. Objects of professional activity: processes and devices in chemical technology, petrochemistry and biotechnology; industrial plants and technological schemes, including automated control systems; automated research systems and computer-aided design systems; facilities for sewage treatment and gas emissions, waste treatment, utilization of heat and energy flows and secondary materials; methods and tools for assessing the state of the environment and protecting it from human impact; artificial intelligence systems in chemical technology, petrochemistry and biotechnology; multi-assortment production of chemical and related industries. Types of professional activity: production and technology; research, organizational and managerial. Program strengths: International internships during studies with the opportunity to participate in double degree programs (two degrees - SUSU and a foreign university). Participation in conferences on a national and international level with oral presentations on the topic of the master's thesis. Undergraduates study for free at the Lingua courses, which involve teaching both written and spoken common English. Specialists in this field of study are in demand both in design and control organizations, and in enterprises of the real sector of the economy (metallurgical, machine-building, oil and gas processing and transporting, pharmaceutical enterprises), as well as in scientific organizations. Mastering modern world research technologies. Undergraduates in the performance of dissertations actively use the equipment of world-class scientific and educational center Nanotechnology. Teaching is conducted in the second half of the day, which makes it possible to study full-time in the magistracy without separation from the main work. Future employers: Production enterprises and scientific organizations of various regions of Russia and the world, in particular: OAO Gazpromtrans, ROSATOM, OAO Lukoil, OAO Chelyabinsk Zinc Plant, OAO Energroprom – Chelyabinsky Elektrodny Zavod, OAO Mechel, OAO Mechel-Koks, OAO Chemk, Magnezit Group, ChelPipe, Chelyabinsk Tractor Plant – URALTRAC Limited, Rosprirodnadzor, Ministry of Economic Development of the Russian Federation, Ministry of Ecology of the Russian Federation, Chelyabinsk Center for Hydrometeorology and Environmental Monitoring; design, survey and research institutes: OOO YuzhuralPKB, OOO Eko-Proekt, Ecosolutions, OOO NII BTMET and etc. Partners: Major industrial partners: Magnitogorsk Iron & Steel Works, Mechel, OOO IT-Service, Materia Medica, OAO MMZ, OAO Fort Tehnologii, FGUP Zavod Plastmass, OAO Lafarge Cement, Ural Engineering Center, PAO Konar, OAO Vostochno-Sibirskiy kombinat stroitelynikh materialov, ZAO Metran group, The South Urals Chamber of Commerce and Industry, OOO Akva. Major scientific partners: Institutes under the Russian Academy of Sciences N. D. Zelinsky Institute of Organic Chemistry Russian Academy of Sciences, Institute of Petrochemistry and Catalysis, Sobolev Institute of Geology and Mineralogy, Institute of Solid State Chemistry UB RAS, Komi Science Center UB RAS Institute of Chemistry. Russian Universities Moscow Institute of Physics and Technology, Moscow State University, Dmitry Mendeleev University of Chemical Technology of Russia, ITMO University. Foreign Universities University of Central Florida (USA), Lappeenranta University of Technology (Finland), St. Andrews University (UK, Scotland), University College London (UK, England), University of Cyprus (Cyprus), University of Oviedo (Spain), University of Palermo (Italy). Special projects Undergraduates participate in research work carried commissioned by industrial enterprises or scientific foundations on the following topics: New nanostructured catalysts for resource-saving technologies. Development of methods for determining the composition of deposits and corrosion products of structural materials of petrochemical production. Determination of the effectiveness of the implementation of environmental measures to reduce the impact of polluted runoff from the watershed of rivers on the water quality of reservoirs. Testing of samples of powders of drugs and their preformed forms using the DSC method and the method of X-ray phase analysis. Development of technology and experimental installation of advanced water treatment to remove phenols and cyanides, without the use of chemical reagents.

قراءة المزيدحول 18.04.02 Energy and Resource Saving Processes in Traditional Technologies, Petrochemistry and Biotechnology. Integrated Use of Water Resources

15.04.01 Mechanical Engineering. Information Technology of Welding Engineering

APPLY NOW Major: Information Technology of Welding Engineering Level: Master’s degree Duration of training: 2 years Degree certificate: Master’s degree Mode of study: Full time Language of study: English Tuition fee for year 2022-2023: 172 700 rubles (per year) Programme manager: Mikhail Ivanov, 267-99-60, IvanovMA@susu.ru Description of the educational programme The program is focused on in-depth study and modeling of the processes of welding and surfacing by studying modern design methods, mathematical, physical and computer modeling of technological processes of welding and surfacing. Students are given a choice of topics for their theses from partner enterprises with a possibility of subsequent employment. Field of study Students gain advanced skills in the field of welding modeling and welded structures, programming of modern welding robots, as well as practice their skills using supercomputer, welding robot Fanuc, software packages KOMPAS, ANSYS, SYSWELD and RoboGuide. Leaflet Leaflet ( العربية ) APPLY NOW

قراءة المزيدحول 15.04.01 Mechanical Engineering. Information Technology of Welding Engineering

15.04.01 Mechanical Engineering (Welding, Allied Processes and Technology)

Major: Welding, Allied Processes and Technology 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: Mikhail Ivanov, 267-99-60, IvanovMA@susu.ru Description of the educational programme The program is focused on in-depth study and modeling of the processes of welding and surfacing by studying modern design methods, mathematical, physical and computer modeling of technological processes of welding and surfacing. Students are given a choice of topics for their theses from partner enterprises with a possibility of subsequent employment. Field of study Students gain advanced skills in the field of welding modeling and welded structures, programming of modern welding robots, as well as practice their skills using supercomputer, welding robot Fanuc, software packages KOMPAS, ANSYS, SYSWELD and RoboGuide.

قراءة المزيدحول 15.04.01 Mechanical Engineering (Welding, Allied Processes and Technology)

22.04.02 Metallurgy (Theory and Advanced Technoliges of Foundry)

Major: Theory and Advanced Technoliges of Foundry 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: Semyon Salikhov, +7(904)971-94-88, salikhovsp@susu.ru Description of the educational programme The educational program is developed on the basis of FSES 3+ taking into account needs of the regional labor market, traditions and achievements of scientific and pedagogical school of the University in accordance with requirements of the Federal legislation. The field of professional activity of graduates includes knowledge and skills in the theory and technology of progressive processes in metallurgy and foundry production.

قراءة المزيدحول 22.04.02 Metallurgy (Theory and Advanced Technoliges of Foundry)

13.04.01 Heat and Power Engineering. Optimization of Fuel Utilization in Industrial Heat Power Engineering

APPLY NOW Major: Optimization of Fuel Utilization in Industrial Heat Power Engineering Level: Master’s degree Duration of training: 2 years – full time, 2,5 years – part time Degree certificate: Master’s degree Mode of study: Full time, part time Language of study: Russian/English Tuition fee for year 2022-2023: 179 000 rubles (per year) Programme manager: Konstantin Osintsev, +7(351)267-93-95, osintcevkv@susu.ru, site: https://open.susu.ru/ Description of the educational programme In the course of the program special attention is paid to theory and practical application of heat and mass transfer, recuperators, regenerators, systems and devices for transporting liquids and gases, heating, cooling, ventilation, air conditioning, equipment of thermal power plants, boiler units operating on all types of organic fuel, steam and gas turbines, as well as some of the applications of these systems and their features in various industrial enterprises. These systems are in high demand in ferrous and nonferrous metallurgy enterprises, mechanical engineering, chemical, oil and gas industries. APPLY NOW

قراءة المزيدحول 13.04.01 Heat and Power Engineering. Optimization of Fuel Utilization in Industrial Heat Power Engineering

20.03.01 Technosphere Safety

Major: Technosphere safety Level: Bachelor’s degree Duration of training: 4 years Degree certificate: Bachelor’s degree Mode of study: Full time Language of study: Russian Programme manager: Yulia Medvedeva, +7(351)267-97-54, medvedevayv@susu.ru Description of the educational programme The program is aimed at training highly qualified and competitive specialists in the field of technosphere safety, meeting the requirements of professional standards, by forming the appropriate cultural and professional competencies.

قراءة المزيدحول 20.03.01 Technosphere Safety

15.03.02 Technological Machines and Equipment (Hydraulic Machines, Hydrodrives and Hydraulic and Pneumatic Control Systems)

Major: Hydraulic Machines, Hydrodrives and Hydraulic and Pneumatic Control Systems Level: Bachelor’s degree Duration of training: 4 years Degree certificate: Bachelor’s degree Mode of study: Full time Language of study: Russian Programme manager: Evgeniy Spiridonov , tel +7(351)267-92-52, spiridonovek@susu.ru Description of the educational programme The field of professional knowledge: science and technology, containing a set of tools, techniques, methods aimed at creating competitive products of mechanical engineering and based on the application of modern methods and means of design, calculation, mathematical, physical and computer modeling; organization and production, installation, commissioning, maintenance, operation, diagnostics and repair of hydraulic machines, hydropneumatic systems. Objects of professional activity: Hydraulic machines and hydropneumatic complexes; production processes, their development of new technologies; means of information, metrological, diagnostic and management support of technological systems to achieve the quality products; regulatory and technical documentation, standardization and certification systems; technological equipment and means of mechanization and automation of technological processes, vacuum and compressor machines, hydraulic machines, hydro-drives and hydraulic and pneumatic control systems; means of testing and quality control of machines and equipment. Types of professional activity: Industrial-technological; design and engineering; organizational and managerial; Research and development; Professional activities Research: the study of scientific and technical information, of domestic and foreign experience in the direction of research in the field of production of hydraulic machines and hydraulic and pneumatic control systems; mathematical modeling of processes, equipment and production facilities using standard and computer-aided design and research tools; conducting experiments using given methods, processing and analysis of the results; making technical measurements, writing descriptions of the conducted research, preparing data for scientific reviews and publications; writing scientific reports on the conducted research and implementation of research and development results in the field of mechanical engineering; organizing protection of intellectual property, classifying research and development results as a trade secret of the enterprise; Design and development: collection and analysis of initial data for designing engineering products and manufacturing technologies; calculation and design of parts and components of mechanical engineering structures in accordance with technical specifications and the use of standard design automation tools; development of design and technical documentation, writing documentation for finalized projects; project monitoring and technical documentation in accordance with standards, specifications and other normative documents; preliminary feasibility study of design solutions; Production and technological activities: monitoring compliance with technological discipline in the process of manufacturing products; organization of workplaces, placement of technological equipment; organization of metrological assurance of technological processes, the use of standard methods of quality control of products; maintenance of technological equipment; participation in the work on fine-tuning and development of technological processes which later will be used in the preparation of new products; preparation of technical documentation on quality management of technological processes at production sites; monitoring compliance with environmental safety in the course of production; adjustment, calibration and pilot testing of technological equipment and software; installation, calibration, testing and commissioning of new product samples, components and parts of the products; checking of technical condition and residual life of technological equipment, organization of preventive inspections and maintenance; acceptance and development of input equipment; preparation of equipment operating instructions and test programs; preparation of applications for equipment and spare parts, preparation of technical documentation for its repair; Organizational and management activities: managing of a small group of workers; writing of technical documentation (schedules, instructions, estimates, plans, applications for materials and equipment) and reports using the established forms; analysis and evaluation of production and non-production costs in order to ensure the required quality of products, analysis of the results of the production units; preparation of initial data for selection and justification of scientific, technical and organizational decisions based on economic decisions; performing works on standardization, technical preparation for certification of technical means, systems, processes, equipment and materials; development of operational plans for primary production units; work planning and payroll fund planning; preparation of documentation for the purposes of creation of quality management system at the enterprise; organizational-planned calculations for the purposes of creation or reorganization of industrial sites.

قراءة المزيدحول 15.03.02 Technological Machines and Equipment (Hydraulic Machines, Hydrodrives and Hydraulic and Pneumatic Control Systems)

15.03.05 Design and Technological Support of Mechanical Engineering Productions

Major: Mechanical Engineering Technology Level: Bachelor’s degree Duration of training: 4 years Degree certificate: Bachelor’s degree Mode of study: Full time Language of study: Russian Programme manager: Victor Guzeev, +7(351) 267-92-73, guzeevvi@susu.ru Description of the educational programme The educational program 15.03.05 Design and Technological Support of Mechanical Engineering Productions take into account needs of the regional labor market, traditions and achievements of scientific and pedagogical school of the University in accordance with requirements of the Federal legislation. The program aim is the formation of cultural and professional competencies and focus on meeting the educational and professional needs of the individual, the development of personal qualities of students, training of qualified professionals with competitive skills for the engineering industry. The main strategic objective of the program is to providing a high level of training to students in accordance with the existing and projected needs of enterprises and institutions of the region, city; The program provides training in the field of Mechanical Engineering Technology, which is aimed at meeting needs of mechanical engineering enterprises in the region and fully meets the needs of the regional labor market. The objective of the program is to train new generation of students in the field of mechanical engineering production who: possess have all the necessary skills of using high-performance technological equipment, devices, tools, measuring instruments and other technological equipment, as well as computer equipment and information technologies; are ready to use modern methods for the design of technological processes and technological equipment; are ready to work in a competitive environment in the labor market of mechanical engineering workers in the conditions of modernization of products and mechanical engineering enterprises; are able to solve professional problems to achieve financial stability and strategic efficiency of the mechanical engineering enterprise, as well as ensure the efficiency of design, manufacture, maintenance, repair and disposal of an engineering product at different stages of its life cycle. The specific nature of the field lies in its focus on the conditions of modern computerized mechanical engineering production and building knowledge and skills in the following areas: properties and characteristics of structural and electrical materials, ability to choose and use materials for solving specific technical problems; methods of production of machine parts and components, normalization of their accuracy parameters, writing design and technological documentation; knowledge of different types of technological processes in mechanical engineering, technology of automated production, technological equipment, tools and metrological assurance, methods of building computerized engineering industries; theoretical foundations and design principles of technological processes of machine assembly and technological processes of manufacturing parts in mechanical engineering production, principles for selection of schemes of the location of the part in the machine in the course of the manufacturing process, identification and calculation of the dimensional relationships of technological systems and machines, allowance calculations and operational dimensions; design of new technological processes of production of parts and machine assembly using separate machines, automatic lines and automated sites; processes and operations of shaping, regularities of physical and mechanical process in shaping; the structure of technological equipment; methods of the system approach to the creation of technological equipment with microprocessor control for computer-aided mechanical engineering industries using methods of computer-aided design; modern approaches to automation of production processes in mechanical engineering and features of development of technological processes of manufacturing of mechanical engineering products in the context of automated production; world and domestic experience in automation of production processes, technical and information bases of automation, features of automated processes in mechanical processing, blank production and assembly industries; methodology of calculation and design of technological equipment for various purposes, its manufacture and operation; theoretical basis of design of mechanical engineering production, modern methods of design of the main and auxiliary systems, rules and regulations of labor protection and ecology, production safety measures; functions, properties and methods of selection of the cutting tool for cutting machines and complexes, geometrical parameters of the cutting tool, cutting tool materials; concepts of flexible automated production, flexible production systems, location and technical and economic indicators of GPS.

قراءة المزيدحول 15.03.05 Design and Technological Support of Mechanical Engineering Productions

15.03.04 Automation of Technological Processes and Productions

Major: Automation of Technological Processes in Industry Level: Bachelor’s degree Duration of training: 4 years Degree certificate: Bachelor’s degree Mode of study: Full time Language of study: Russian Programme manager: Vadim Gasiarov., +7(351)272-32-30, automation@susu.ru Description of the educational programme Areas of professional knowledge of graduates: methods and techniques aimed at automating existing and the development of new automated technologies, development and production of competitive products; the study, development, implementation and monitoring of rules, regulations and requirements regarding life cycles, processes of development, manufacturing, quality management, application (consumption), transportation and disposal of the products designed for various purposes,; development of tools and systems for automation and control of the life cycle of products and their quality in the context of specific conditions of production on the basis of domestic and international regulations; design and improvement of structures and processes of industrial enterprises within a single information space; creation and application of algorithmic, hardware and software systems of automation, control of technological processes and productions, ensuring the production of high-quality, safe, competitive products and freeing a person fully or partially from direct participation in the processes of obtaining, transformation, transmission, use, information security and production management and their control; ensuring highly effective functioning of automation, control and testing facilities and systems in accordance with the specified requirements, while complying with the rules of operation and safety. Objects of professional activity: production and the equipment of enterprises and organizations, production and technological processes of its production; systems of automation of production and technological processes of production, management of their life cycle, quality, control, diagnostics and tests; normative documentation; technological equipment for automation, management, control, diagnostics, testing of the main and ancillary production, mathematical, information and technical support, software, as well as methods, means and tools for their design, manufacture, debugging, production tests, operation and scientific research in various sectors of the national economy. Types of professional activity: Research and development Professional activities: participation in the development of practical measures designed to improve the systems and means of automation and control of production, its life cycle and quality, as well as production control of their implementation; participation in the development of measures to improve the quality of products, technical support of production, practical implementation of measures in the production; implementation of the main and auxiliary equipment in the workplaces; automation, control, control, diagnostics and tests; implementation of modern methods and means of automation, control, measurement, diagnosis, testing and management of production; identification of the causes of product defects, development of measures to eliminate them, monitoring of technological discipline at workplaces; control of compliance of products to the specified requirements; participation in the development of new automatic production technologies and their implementation, evaluation of the obtained results; participation in the implementation and adjustment of technological processes, tools and systems of automation, control, management, diagnostics in the course of preparation of production of new products, evaluation of their competitive capabilities; participation in the development of technical documentation for automation of production and for equipment; development and improvement of systems, means of automation, control of production and technological processes of production, its life cycle and quality; providing measures for improvement of the quality of products, streamlining of technological, metrological, material basis of its production; organization of workplaces, implementation of technological equipment, technological means of automation, management, control, diagnosis and testing; provision of measures for revision of the current and development of new regulatory documentation on automation and control of production and technological processes, product life cycle and quality; development of modern methods of automation, control, measurement, diagnostics, testing and control of the production process, its life cycle and quality.

قراءة المزيدحول 15.03.04 Automation of Technological Processes and Productions