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Файл:Master's Degree. Education and research. Part 1. Tutorial
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Department of Chemical Process Engineering:
- Thermal Engineering and Heat Engineering (Program: organization and
management of innovation in power)
- Thermal Engineering and Heat Engineering (Program: Supercritical fluid
technologies of deep processing of hydrocarbon raw material processes)
Department of Compressor Machines and Units:
- Chemical technology (Program: Chemical Engineering for Innovative
Entrepreneurship)
- Chemical technology (Program: Chemical Engineering for Innovative
Entrepreneurship)
Department of Wood Processing:
- Technological machines and equipment
- Technological machinery and equipment (Program: Prospective
Technological equipment wood processing industries)
- Technological machinery and equipment (Program: Development and
design of modern timber processing equipment)
- Technological machinery and equipment (Program: Processes, machines
and equipment wood processing industry)
- Technology logging and wood processing industries (Program: Design and
Furniture Technology and housing)
- Technology logging and wood processing industries (Program:
Technology sawing, cooking, drying and wood protection)
- Technology logging and wood processing industries (Program: Energy-
saving technology for the processing of forest resources in advanced
materials)
Department of Refrigeration Engineering and Refrigeration
Machinery:
- Technology logging and wood processing industries (Program: Energy
saving technologies of forest resources in advanced materials processing)
- Refrigerating, cryogenic equipment and life support systems
- Refrigerating, cryogenic equipment and life support systems (Program:
Technology and natural gas transportation and liquefaction technology)
- Nuclear power and thermal physics
- Nuclear power and Thermal Physics (Program: organization and
management of innovation in power)
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- Nuclear power and Thermal Physics (Program: organization and
management of innovation in power)
Department of Technology of Engineering Materials:
- Materials Science and Materials Technology (Program: Materials and non-
ferrous and precious metals technologies).
- Materials Science and Materials Technology (Program: Materials science
and technology of materials in the petrochemical industry).
Department of Architecture and Design of Wood Products:
- Technological machinery and equipment (Program: Energy-saving
equipment for the processing of forest resources in advanced materials)
- Technology logging and wood processing industries
- Technology logging and wood processing industries (Program: Energy-
saving technology for the processing of forest resources in advanced
materials)
IV. Institute of Polymers (Masters’ degree program overview)
a) Before reading translate the following Russian word combinations:
междисциплинарная область, развитие современной науки
о материалах, основа для создания и определения,
характеристика полимерных материалов, потенциал для
дальнейшего экономического роста, теоретические аспекты, все
большее значение для повседневной жизни, в качестве составных
частей, в работе химической промышленности, адекватная
программа изучения, университетский уровень, для полимерной
науки, в других соответствующих областях, важный компонент
любой программы, в области химии полимеров, консультация
с преподавателями, в области полимерных технологий,
необходимые для разработки будущих материалов, медикосанитарная помощь, приобрести всесторонние навыки
в полимерной технологии.
b) Summarise the mai n points of the article in your own words (5-9 bullet
points or sentences).
c) What did you find interesting, puzzling or informative about the article?
Polymer science is an interdisciplinary area comprised of chemical,
physical, engineering, processing, and theoretical aspects. It also has enormous
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impact on contemporary materials science. Its goal is to provide the basis for
the creation and characterization of polymeric materials and an understanding
for structure/property relationships.
Polymer science is of increasing importance for everyone's daily life.
Many modern functional materials, gears, and devices have polymers as
integral parts. Not surprisin gly, roughly 30% of all scientists in the chemical
industry work in the field of polymers. Despite its importance today and
potential for future economic growth, there is no adequate university-level
study program for polymer science in Russia.
Graduate students in polymer chemistry select their courses from a
range of offerings in chemistry, chemical engineering, mathematics, physics,
and other appropriate areas. Special topics in a spectr um of polymer fields are
offered or can be arranged in consultation with the faculty.
Research is an essential component of any graduate degree program in
polymer chemistry. The joint Master's program in Polymer Technology provides
students with the comprehensive tools needed to develop future materials for
advanced health car e , e nergy production, gr een pac kaging, surface c oat in gs, a nd
many other applications.
Students study at two universities, graduate with a double degree and
acquire comprehensive skills is polymer technology. The program was
developed to take advantage of the strengths and research specializations of each
member university.
Department of Technology of Synthetic Rubber:
- Chemical technology (Program: gas and chemical raw materials
production technologies for polymers)
- Chemical technology (Program: Innovative entrepreneurship in the field of
polymeric composite materials)
- Chemical technology (Program: Innovative processes in chemical
engineering)
- Chemical technology (Program: Catalytic technology in polymer
chemistry and petro chemistry)
- Chemical technology (Program: Social Administration at the enterprises of
petrochemical complex)
- Chemical Technology (Program: Chemical and physical modification of
macromolecular compounds)
- Chemical technology (Program: Chemical Technology of Synthetic
Rubber)
- Chemical technology (Program: Chemistry and technology of monomers)
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- Chemical technology (Program: Chemistry and Technology of silicone
polymers)
- Chemical technology (Program: Chemistry and physics of macromolecular
compounds)
Department of Chemistry and Processing Technology of Elastomers:
- Chemical technology (Program: Innovative entrepreneurship in the field of
processing of polymeric composite materials)
- Chemical technology (Program: Thermo elasto-polymer composite materials)
- Chemical technology (Program: technology Elastomers processing)
- Chemical technology (Program: Conflict management in enterprises for
processing of polymers)
- Chemical technology (Program: production management suppl y chain for
the processing of polymeric composite materials)
- Chemical technology (P rogram: Electrometric composites)
Department of Chemical Technology of Wood:
- Chemical technology (Program: Engineering and technology of production
of wood-based panels and wood-plastic composites)
- Chemical technology (Program: Technology and the equipment of
chemical processing of biomass into polymeric materials and other
chemical products)
- Chemical technology (Program: Chemical processing of wood into
organic substances and fuel)
- Chemical technology (Program: Chemical Technology of wood
processing in organic materials and bio fuels)
Department of Processing Technology of Polymers and Composite
Materials:
- Chemical technology (Program: Innovative entrepreneurship in the field of
plastics processing technology)
- Chemical Technology (Progra m: Design of production for obtaining and
processing of polymers and composites)
- Chemical technology (Program: Design of production for obtaining and
processing of polymers and composites)
- Chemical technology (Progra m: Proj ect mana gement knowled ge-intensive
industries in the processing of polymers)
- Chemical technology (Program: Chemical Technology of processing of
plastics and composite materials)
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Department of Plastic Technology:
- Chemical technology (P rogram: A nti-corrosion protection of pipelines)
- Chemical technology (Program: Innovative entrepreneurship in the field of
plastics technology)
- Chemical technology (Program: Plastics) Chemical Technology (pro gra m:
Polymeric film materials and artificial leather)
- Chemical technology (Progr am: production of polymer f ilm materials and
artificial leather)
- Chemical technology (Program: Chemical Technology of Macromolecular
Compounds)
- Chemical technology (Program: Chemical engineering plastics)
- Chemical technology (Program: Chemistry and technology of polymer
film materials and artificial le ather)
Department of Graphic Arts and Photography Technology:
- Chemical technology (Program: Innovative entrepreneurship in the field of
film technology)
- Chemical technology (Program: high-barrier technology of composite
materials)
- Chemical technology (Program: film photographic technology and
magnetic media)
- Chemical technology (Program: film photographic technology and
magnetic media)
Department of Physical and Colloid Chemistry:
- Chemical technology (Program: Physical and chemical bases of innovative
technologies-organized supramolecular systems)
Department of Innovation in Chemical Technology:
- Innovation (Program: Commercialization of R&D results in the field of
chemical engineering)
- Innovation (Program: Project Management)
Department of Technology of Cosmetics:
- Chemical technology (Program: Cosmetics Technology)
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V. Institute of Textile Industry, Fashion and Design
(Masters’ degree program overview)
a) Before reading translate the following Russian word combinations:
профессиональные достижения, высокий уровень профессиональной
компетентности, академическая квалификация, профессиональная
квалификация, продемонстрировать владение глубокими знаниями,
текстильная промышленность, подготовка кадров и научных
исследований, работа с промышленностью в целях содействия
проектированию, в сотрудничестве со специалистами-практиками,
промышленные партнеры, позволяют сконцентрировать,
образовательные ресурсы.
b) Summarise the mai n points of the article in your own words (5 bullet
points or sentences).
c) What did you find interesting, puzzling or inf ormative abo ut the ar ticle?
The Institute of Textile Industry, Fashion and Design is at the global
forefront of fashi on and textiles educati on, training and re search, working with
industry to foster next-generation design and business leaders. Many people have
accomplished professional achievements and contributions, which are not
recognized through academic qualifications alone. The attainment of a
professional quali fication is the clearest way of demonstrating possess ion of a
sound knowledge of the industry and a high standard of professional
competence.
The Institute of Textile Industry, Fashion and Design engages in
research to address critical questions of our time and to speculate on future
conditions for a sustainable urban orientated world. By bringing together
expertise from design, curatorial practice, business, technology, and science,
the School’s research community works across several research streams, in
parallel and in collaborati on with practitioners, industr y partners, community
groups, government agencies, and academics.
Graduate programs at the master’s level in the Institute of Textiles
Industry, Fashion and Design allow you to concentrate your coursework in
merchandising of apparel and textiles , costume or textile history, quilt st udies,
textile science, and textile or appare l design. Indi vidual programs may incl ude
coursework in business, history, art, art history, education, chemistry, and
statistics as well as textiles, merchandising and fashion design. In consultation
with a faculty adviser, you plan an individualized course of study linking
background interest with research or creative interests of departmental faculty
and educational resources of KNRTU.
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Department of Fashion and Technology:
- Technology products of light industry (Program: Automation of technological
preparation of the production pr ocess of sew ing and leathe r goods)
- Technology products of light industry (Program: Resource-saving
technologies of light industry products made of composite materials)
- Tourism (Program: Organization and technology of international and
domestic tourism)
Department of Process Equipment for Medical and Textile
Industries:
- Biotechnical Systems and Technologies (Program: Biomedical
Engineering - Biomedical Systems, apparatuses and systems)
Department of Design:
- Design (Program: Ceramics Design)
- Design (program: Costume Design)
Department of Garment and Footwear Design:
- Trading Business (Program: Organization and technolo gy of business in
the market of goods and services)
- Design of light industry (Progra m: Desi gn of light industry with the use of
information technologies)
- Design of light industry (Progra m: Desi gn of light industry with the use of
information technologies)
- Design of light industry (Progra m: theoretical and applied design apparel
and leather products made of composite materials)
Department of Information Science and Applied Mathematics:
- Information Systems and Technology (Pro gram: Anal ysi s and s ynthesis of
information systems)
- Information Systems and Technology (Program: Computer science and
information and communication systems)
VI. Institute of Automated Control Systems and Information
Technologies (Masters’ degree program overview)
a) Before reading translate the following Russian word combinations: в
технологическом процессе производства товаров, работать без
вмешательства человека, современная промышленность,
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автоматизированные системы и промышленные роботы,
автоматизированные системы управления, информационные
технологии, международные образовательные программы,
факультет менеджмента и информационных технологий, качество
образования, доступ к глобальным информационным ресурсам,
практические навыки, знание современных технологий,
разработчики кибернетических систем, основа образовательного
процесса, глубокая фундаментальная подготовка, информатика и
программирование, автоматизированные системы управления,
распределение вычислительных и компьютерных сетей,
информационные и измерительные технологии, системы
экологического мониторинга, системы защиты электронных
объектов, квалифицированные специалисты в области
автоматизации и систем управления, создавать новые системы
управления, внедрение автоматизированных систем и
информационных технологий, руководители подразделений
соответствующих компаний, получать дополнительные знания и
навыки, робототехнические системы, экспериментальные
исследования, теория и методы проектирования, управление
элементами и устройствами, разработка алгоритмов и программ
управления, существующие системы автоматизации, комплексные
системы управления, централизованный мониторинг и контроль,
программное обеспечение, технические рабочие станции,
специальные языки программируемых промышленных контроллеров,
большое внимание уделяется вопросам безопасности,
предотвращение чрезвычайных ситуаций, остановка технологических
процессов, академическая магистерская программа, знания в
соответствующей области, государственный образовательный
стандарт высшего образования, вступительные экзамены.
b) Summarise the mai n points of the article in your own words (10 bullet
points or sentences).
c) What did you find interesting, puzzling or inf ormative abo ut the ar ticle?
One of the most important i ndicators of a society’s development is the
portion of manual labor in t he technological process of manufacturing goods,
products and services. As early as half a century ago, no industry could operate
without human intervention: one of the main elements was a worker who
operated various equipment and machines.
The modern society does it all much safer and faster, because the
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modern industry makes use of automated systems and industrial robots.
The Institute of Automated Control Systems and Information
Technologies was established on the basis of the faculty of Computer Science,
it also includes IT-department of the Institute of International Educational
Programs and the faculty of Management and Information Technology.
Measures of education quality in the Institute of Automated Control
Systems and Information Technologies include: fundamentality and the
knowledge of modern technologies, open learning and access to global
information resources, practical skills and job provision after graduation.
The Institute graduates developers of modern information
technologies, computer equipment, and cybernetic systems. The basis of
educational process is a profound fundamental training in such areas as
modern computer science, informatics and programming, microelectronics,
information security, automatic control systems, systems analysis and
management, distributed computing and computer networks, information
and measurement technology, environmental monitoring systems, computer
mathematics and modeling, electronic object protection systems.
The purpose of master programs within this major is to train elite
multi-skilled specialists in the field of automation and control systems, who
are well aware of the whole range of complex engineering, capable of
developing the existing and creating new control and automation systems,
organize business, and the specialists who make up the leading staff of
small and medium business (industries) in the field of automated systems,
robotics, and information technologies. This group of people encompasses
administrative and technical directors of companies, senior project
managers for development and implementation of automated systems and
information technologies, managers and section heads of relevant
companies.
In course of the two years’ training, the students with the major in
control in engineering systems will receive additional knowledge and skills,
necessary for successful development of the elements and devices of
automation and control systems, robotic systems, their modeling,
experimental research, and the development of control tasks solution
algorithms. The main activity of the graduates will be as follows:
- Develop the theory and methods of the design of automation and
control systems elements and dev ices.
- Develop the algorithms and programs for the operation of automation
and control systems.
- Model and identify automation and control systems.
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- Update the existing automation and control systems.
Modern automation and control systems are as a rule territorially
distributed complex information control systems with centralized
monitoring and control, based on industrial hardware and software. Their
main components include the following:
- Local systems for automated monitoring and control.
- Technical workstations.
- Various purpose servers.
- Programmable industr ial controllers.
- Local controlling computing networks.
Local automated control and monitoring systems, programmable industrial
controllers, technical workstations, and servers are integrated into one whole
system with the help of local controlling computing networks. The software of the
automation and control systems uses special languages of programmable industrial
controllers, SCADA-system technology, and real time databases.
While designing automation and control systems, great attention is paid
to security issues and making fail-proof control systems that would ensure
emergency prevention and stop technological processes.
For a successful completion of a principal academic master program, an
applicant must possess the knowledge in the respective domain in the scope
stipulated by the state education standards for higher education and a stateissued higher education document (degree) of at least bachelor’s level.
Those willing to complete master programs shall be enrolled based on
the results of their admission examination in the academic disciplines selected
by the administering department.
Department of Automated Data Acquisition and Processing
Systems:
- Computer Science and Engineering (Program: IT in the social sphere)
- Computer Science and Engineering (Program: Information and measuring
systems)
- Computer Science and Engineering (Program: Design a virtual
information space of processes and systems)
Department of Electric Operations and Engineering:
- Power and Electrical Engineering (Program: Power and Automation)
- Power and Electrical Engineering (Program: Electrical Engineering,
Electro mechanics and Electro technology)
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