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Programs
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Description
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Modern problems in
Instrumentation
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Instrumentation as a
branch of science and production. Features of aerospace instrumentation.
Aerospace instrument science. State and corporate development programs for
instrumentation. Management of innovative processes in aerospace
instrumentation. Navigation devices as part of motion control systems. Modern
problems in the creation of instruments for the aviation industry. Modern
problems of creation of devices for the space industry. WIG-craft and other
new types of vehicles. Features of thermal protection and heat flow control
for aerospace objects. Instrumentation of perspective micro-satellites and
even more miniature (nano-) satellites. Sensors for attitude control of
micro-satellites. Instrumentation of perspective unmanned aerial vehicles
(UAVs ). Classification of UAVs and their onboard devices.
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Popular Aerospace
Topics
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Introduction to
Astronomy. Solar System Astronomy. Introduction to Microprocessors. Applied
Microprocessor Technology. Microcomputer Technology I. Space Systems Concepts.
Satellite Attitude Control. Satellite Payload. Mechatronic Systems. Spacecraft
Design. Aerospace Instrumentation. Telemetry & Space Computer Systems. Satellite
Communications. Principles of Satellite Remote Sensing. Principles of
Satellite Remote Sensing. Communication System Design. Communications Theory.
Electricity & Electronics. Space Science & Technology. Principles of
Electrical Engineering. Launch Processing. Feedback Control. Systems Control.
Materials Performance in Space Applications. Applied Mechanics. Rocket
Propulsion Technology. Space Systems Technology. Space Flight Dynamics. Introduction
Space System Technology. Remote Sensing of the Environment. Human Factors
Psychology. Applied Boundary Value Problems I. Special Functions. Mathematics
for Engineers. Laser Beam Propagation. Physics of Earth/Space Environment. Shuttle
Processing. Instrumentation and Methods in Astronomy and Space Science.
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Informatics and
computing technics
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Systems modelling.
Parallel programming. VLSI embedded systems design. Signal digital processing
systems. Mathematical methods in research. Software design technology.
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Information Society
and People
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The concept of
information or post-industrial society is recognized as one of the most
successful ways to describe the current state of world civilization.
Researchers from many countries develop this system of knowledge. Studying
the doctrine of information society and position of a person in it may
include consideration of the following issues:
The concepts of
post-industrial and information society in Western philosophy and sociology.
E. Toffler, E. Masuda, D. Bell, M. Castells. Concepts of information and
post-industrial society in Russian science.
The interaction of
scientific, technical and economic progress. The crisis of the society of
classical capitalism and socialism. Scientific and technological revolution
in the second half of the XX century. Changes in research activities in the
modern era.
A breakthrough in information technology and
its social consequences. Ways of scientific understanding of information
revolution and the processes of information society setting. An integrated
and systematic approach in modern science, the development of
interdisciplinary research. A new level of social interaction and the
possibility of organizing teamwork. Information technology and the emergence
of new social movements. Globalization of the world economy and
anti-globalist movements. The main contradictions of the modern world and
ways of their scientific analysis. The importance of studying civilization
development global trends.
Information
interaction as a factor in the development and self-development of the
personality. Cross-cultural interactions in modern society. Human capital,
human needs and abilities. Evolution of needs from primitive to information
society: philosophical, psychological, economic aspects. Discussions about
human nature and the ways of its evolution in the information era. Humans and
computer systems.
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Modern scientific
worldview
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The content of the
discipline covers a range of issues related to the development of natural
science from its
beginning to the present day, understanding of the place of science in modern
culture and life. Within the framework of the discipline, the basic modern physical,
chemical, biological, geological, cosmological theories and concepts in their
relationship and synergy interaction are considered.
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Political history of
democracy
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The content of the
discipline covers a range of issues related to studies of epochs, periods and
cycles of functioning of democratic institutions, systems and regimes.
This subject area
also contributes to development of abstract thinking, skills of scientific
research of political processes and relations, data collection methods and
processing, general scientific and political science terminology, critical
analysis of various theories and practices of democracy, revealing their
connection with the economic, social and cultural context, as well as with
objective trends and patterns of development of the political system of
democracy as a whole.
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Geopolitics
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The content of the
discipline covers a range of issues related to the study of geopolitical
processes and geopolitical theories, the current geopolitical situation in
the world. This area develops abstract thinking, skills of scientific
research of political processes and relations, data collection methods and
processing, general scientific and political science terminology, critical
analysis of various theories and practices of geopolitics, revealing their
connection with an economic, social and cultural context, and
also with objective
trends and patterns of political process
as a whole.
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Political conflict
management
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The special course outlines
the theoretical foundations of political conflict management. Its concept is
examined, the main aspects of the genesis of political conflicts and their
management are analyzed to consider ways of their settlement and resolution.
Considerable attention is paid to highlighting the role and
places of
international conflicts in the modern picture of the world, concerning concepts
on the problems of conflict in the foreign policy sphere.
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Geopolitics of USA:
schools and reality
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Geopolitics is
considered as a field of knowledge that studies the relationship of politics
and spatial factors - geographical, economic, cultural, environmental,
informational, etc. The discipline reveals specific character of the American
school of geopolitics - its origins in the history of social thought, classical
concepts in the period of the Cold War and modern concepts in the beginning
of the 21st century. The discipline highlights contribution of famous
political minds such as Zb.Brzezinski, G. Kissinger, S. Huntington forming US
geopolitics.
The influence of
geopolitics on the development of the US foreign policy aspiring to ensure
dominance and leadership in the world is shown revealing the content of
rivalry between the USA, China and Russia as a global geopolitical conflict.
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Basics of
organizational and management activities
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The study of the
discipline covers a range of issues related to the order of functioning and
development of the organization, the analysis of processes occurring in
organizational systems, including patterns and problems of development of
organizations, which are a purposeful Association in groups of individuals
for joint activities. In the process of solving situational problems and case-study,
there is an acquaintance with the peculiarities of organizational activity and
the role of administrative and managerial personnel as a subject of organizational
activity. The analysis and evaluation of the system in the process of
building the
organizational structure and business processes in the enterprise.
Critical assessment
of management decisions and results of their implementation by reasoned
discussion is carried out.
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Management strategy
organizations
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Strategic management
— is the management of the organization, which relies on human potential as
the basis of the organization, flexibly responds to the challenge from the
outside environment, conducts timely changes in the organization, allowing to
achieve competitive advantages, focusing in its activities on the needs of
the market.
The study of the course
covers topics related to theoretical skills and strategies of the organization,
analysis and life cycle assessment of production, identification of risks at
various stages of development of the organization.
Analytical study of
options for bringing the organization to the market of finished products,
maintaining competitive positions, maximizing profits, ensuring the competitiveness
of the organization and achieving its goals in the long term.
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Automated Production
Systems
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To accelerate the
pace of product renewal, a transition from automation of individual elements
the production process to integrated automation at all levels, the use of
flexible production systems in a single, serial and mass production is necessary.
The use of flexible production systems in industry allows us to resolve the
contradictions between high productivity and lack of mobility of equipment
for
mass production and
high mobility and low productivity of universal machines of single and serial
production. The discipline is aimed at developing skills in the field of
mathematical modeling, application of methods and algorithms for analysis and
optimal design of objects of professional activity, including computer
modeling and design
of electronic devices and devices using applied software; information,
software, methodological and organizational support of computer-aided design
systems and means of automated control systems.
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Technology
innovation
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The discipline is
devoted to understanding the innovative processes taking place in the
country, region, territory and enterprise, including: innovative projects for
creating competitive production of goods and services; innovative business process
reengineering projects; scientific and technological innovative
development of small
businesses; hardware and software for all phases of innovation project
management; theoretical foundations of innovation, the development of
innovation as a science and in the field of scientific and
technological
activity; innovative educational technologies, the study of the concept of
"Industry 4.0", new production processes and systems. The
fundamental component of training in the discipline "Innovation
Technology" is the acquisition of theoretical knowledge and the
development of practical skills in using new
technologies for the
effective operation and use of modern information technology based on
personal computers with the involvement of various technical, organizational
and software tools for modeling processes and systems, building business
structures, enterprise innovative change management, providing
flexibility and
processes in the company, conducting analyzes of the possibility of
embedding elements
of the Industry 4 concept in production processes. Capacity planning using
lean manufacturing technologies and the concepts of "Industry 4.0",
"Society 5.0".
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Econometrics
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Econometrics as a
science is a quantitative expression of those relationships
that are disclosed
and justified by economic theory. Econometrics is an independent scientific
discipline, combining a set of theoretical results, techniques, methods and
models designed to give concrete quantitative expression to general
(qualitative) laws
due to economic theory, economic statistics and economic measurements,
mathematical and statistical tools the theory.
Econometric modeling
of real socio-economic processes and systems usually pursues two types of
final applied goals: 1) the forecast of economic and socio-economic
indicators characterizing the state and development of the analyzed system;
2) imitation of various possible scenarios of socio-economic development of
the analyzed system (multivariate scenario calculations, situational
modeling).
The purpose of
teaching the discipline is to gain knowledge in the field of building
econometric models and determining the possibilities of using models to describe,
analyze and forecast real economic processes at both the micro and
macro levels. The
main tasks of studying the discipline are: decision-making methodology on
specification and identification of models; familiarization with the methods
and techniques for interpreting the results of econometric modeling; study of
the principles of choosing a method for estimating model parameters;
development of
sustainable practical skills for the development of forecast estimates.
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Modeling of
nonlinear dynamic systems
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The aim of the
course is to obtain the necessary theoretical information and
practical skills in
using modern methods of analysis of various modes of
functioning of
nonlinear dynamic systems.
Most real-life
dynamic systems (technical, physical, biological, chemical, or
economic) exhibit
complex nonlinear dynamics. The signals generated by such systems are highly
variable, and the relationships between the interacting elements of these
dynamic systems are nonlinear. Nonlinear dynamic systems are
characterized by a
wide variety of possible functional modes. The nonlinearity of the system is
reflected in the fact that small changes in the parameters of the system can
cause significant changes in the patterns of the generated signals or even
lead to a qualitative change in the behavior of the system (change in the
mode
of functioning). The
variety of dynamics observed in nonlinear systems can be reduced to certain
characteristic types of behavior, that is, a dynamic system, evolving, comes
to a certain region of the phase space, and all the trajectories of the
system are contracted to a certain attractor. The search for such attractors
allows one to get an
idea of the qualitative picture of the dynamics of the investigated nonlinear
system. Using the methods of bifurcation theory is it possible to find the
values of the parameters, the changes of which lead to the emergence of
another attractor, and, consequently, change the mode of functioning
of the dynamic
system. Bifurcation is accompanied by the disappearance of some
and the emergence of
new modes of functioning. Each bifurcation is accompanied by the loss of
stability of one attractor and the appearance of another attractor. The search
for attractors of the studied system and the subsequent analysis of their stability
is an important step in understanding the mechanisms of functioning of a dynamic
system. The bifurcation theory has found wide application in various practical
tasks. The identification of typical regional seismicity regimes (earthquakes),
the dynamics of the solar magnetic field can be used in the tasks of
long-term forecast
of strong earthquakes. Determining the parameters of economic
systems, the
evolution of which from one unstable state to another can lead to a regime of
dynamic chaos (crisis), provides a tool for studying the possibility of its occurrence.
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Modeling and
identification of processes using wavelet analysis
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The aim of the
course is to obtain the necessary theoretical information and
practical skills in
using modern methods of time series analysis (discrete and
continuous wavelet
analysis), which allow one to evaluate dynamic changes in the
patterns of complex
nonstationary signals generated by various dynamic systems.
Wavelet analysis
methods are widely used at present to solve various practical problems, for
example, for analysis and synthesis of signals, for image processing, for
compressing large data. These methods have found application in
the analysis of electrocardiograms,
electroencephalograms and brain tomograms,
in the analysis of
changes in prices and volumes of securities sales, in pattern recognition, in
the diagnosis of the formation of various structures. The widespread use of
wavelet analysis methods is due to the fact that, in contrast to the
traditional Fourier transform, which has the same resolution in time and
frequency for all points in the time series, wavelet functions are better
suited for decoding information contained in processes with varying time
characteristics, since the “adaptive” frequency-time window allows a high-frequency
information to be extracted with relatively accurate time from relatively
small time intervals, and a low-frequency information is determined from
relatively wide time intervals.
The course includes
solving practical problems in a computer class in MATLAB:
1) construction and
analysis of local and global wavelet spectra of various time series; 2)
removal of the noise component from the analyzed series; 3) comparison of the
wavelet signal transform with the fast Fourier transform and the short-time
Fourier transform in various technical and economic problems; 4) construction
of cross-wavelet spectra and estimation of the wavelet coherence of two
signals to determine local relations between two signals at certain points in
time at certain
frequencies.
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Computer graphics
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The purpose of the
discipline is to teach students the rules of implementation and design
graphic and text types of information when creating information systems
taking into account the ways and methods of composition, light and color,
corporate identity
and fashion, as well as designing informational providing stands
and compositional
solutions of information products.
The content of the
discipline covers a range of issues related to the development of the spatial
conception of the student. In the process of passing the discipline students
master the technology of design and working technical
development
documentation, formalization of completed design work in accordance with
norms and standards; develop the ability to solve standard problems of
professional practice based on information and bibliographic culture using
information and infocommunication technologies and taking into account the basic
requirements of information security.
Teaching of the
discipline provides for the following forms of organization of educational
process: lectures, laboratory classes, course design, student independent
work.
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Computer science
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Aims of teaching the
discipline lies in gaining students base knowledge on theory of information,
in ability to understand essence and meaning of information in the modern
informational society development, to be aware of dangers and threats coming
with this processes, to follow basic information security
requirements
including protection of state secrets.
The content of the
discipline covers a range of issues related to the basics of logical and
mathematical constructions, methods of formalization of applied problems,
choosing adequate to the essence of the problem solution methods, the acquisition
of skills necessary for conscious use of the mathematical apparatus.
In the process of
passing the discipline students master technology of work on PCs in modern
operation environments, the basic methods of developing algorithms and
programs, data structures used to represent typical information
objects; practice
using standard application packages for solving practical problems; solve
data processing tasks using modern end user tools.
Teaching of the
discipline provides for the following forms of organization of educational
process: lectures, laboratory classes, student independent work.
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Maths. Theory of
Probability and Mathematical Statistics
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The content of the
discipline covers a range of issues related to basic concepts of random
events, their types and operations with them; considers basic concepts and
tasks of statistics. In the process of passing the discipline students
learn the ability to
justify accepted design solutions, carry out the formulation and execute
experiments to verify theirs correctness and effectiveness; study classic and
modern technical data processing methods.
Teaching of the
discipline provides for the following forms of organization of educational
process: lectures, practical classes, student independent work.
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Metrological support
production to improve the quality of finished products
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The discipline is
related to the methodology of measurements and includes a
number of issues
with the study of measuring instruments necessary for quality
control of finished
products, ensuring a given accuracy.
The quality of
products at enterprises depends on the number and quality of
measurements, which
are controlled by both technological parameters of production processes and
parameters, characteristics and properties of the products.
For example, in
mechanical engineering, up to 15% of labor costs fall on the performance of
linear and angular measurements, which ensure the quality, reliability and
interchangeability of products.
For the formation of
product quality, an important stage is the implementation of standards. It is
known that the standard is considered to be implemented if the products meet
all its requirements and at the same time the production ensures the stability
of the quality of these products. Implementation of
standards is carried
out according to the plans of organizational and technical measures.
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Health and safety
training course
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“Health and safety
training course” covers a range of issues related to ·human interaction with
the environment,· the identification of increased technological risk areas in
the environment,· the analysis of the nature of human interaction with the
working environment,· the prediction of possible negative
consequences of industry
with the choice of protective equipment at work places which is necessary for
the prevention of injuries,· occupational diseases and the elimination of the
consequences of accidents and disasters,· problems of sustainable
development, i.e. development that supports the state of society at an environmentally
accessible level without a quantitative increase in the consumption of
natural resources.
The purpose of
teaching the discipline is to gain knowledge in the field of industrial
safety, protective equipment.
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General physics
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General Physics
course contains all basic theory of the mechanics,
thermodynamics,
electricity and magnetism and provides students with the
foundations of
Physics. Students with this course will be expected to learn a little
about their
specialization as well as some information about application of
fundamental law in
the real life.
This course leaves
students with an appreciation of the Physics of everything
and gives them a
knowledge of theoretical Physics which tends to be more math-based, also
gives students a foothold into the world of Research.
The total complexity
of mastering the discipline is 5 set-off, 180 hours, including 56 hours –
lectures, 70 hours – practical / seminar classes, 54 hours - independent
work. Type of interim certification is the examination.
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Applied metrology
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Applied (practical)
metrology is one of the branches of the "Metrology" science, that
covers issues of practical application of the development of theoretical and
legal metrology provisions. Using applied metrology, metrological support of
production is carried out.
The purpose of the
discipline "Applied metrology" is to prepare students for practical
use of the achievements of applied metrology in performing works in organizational
and managerial, industrial, technical, scientific research and design activities
based on knowledge gained during development this discipline.
The content of the
discipline covers a range of issues related to the analysis and processing of
measurement results in measurement methods and calibration / verification
methods of measuring instruments, with the development, certification and
application of measurement methods, with estimation of measurement
uncertainty and
taking into account measurement uncertainty when monitoring
process parameters,
with approaches and methods quality assurance of measurements, including
methods of interlaboratory comparisons and intralaboratory control.
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Metrology,
standardization and certification
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Metrology,
standardization and certification are the main tools to ensure the quality of
products, works and services - an important aspect of commercial activity.
Metrology is the science of measurement. Standardization - an activity
aimed at identifying
and developing common requirements, norms and rules for products, works and
services. Certification is the establishment by the relevant certification
authorities of the required assurance that a product, service or process con-forms
to a specific standard or other regulatory document. Metrology, standardization
and certification are based on quality assurance and quality control.
The content of the
discipline covers a range of issues related to the preparation of the
students to solve organizational, scientific and technical
problems during measurements
and control in scientific research and industry. The purpose of teaching the
discipline is to gain knowledge in the field of legislative and applied
metrology, standardization and certification, basics of a measurement experiment,
theory of measurement error, rules for processing measurement results and
error estimation, rules and procedures for certification of products,
including in the field of information and communication technologies and
communication
systems.
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Basic nuclear
energetics
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The stages of
creation, development and current state of nuclear power in Russia and the
world
are presented. The
growth of the number of nuclear power plants in the world and the
distribution of
nuclear reactors by regions and countries are shown. Strategies of nuclear
power
development in
Russia, China, India, Brazil, USA, Japan, great Britain, France, South Korea
are
discussed.
The article analyzes
the resource base of nuclear energy: the world's nuclear fuel resources; the
role of fast neutron
reactors in expanding the resource base, scenarios for sustainable energy
development and
increasing the use of nuclear energy.
Generations of
nuclear reactors, the international project Generation-IV International Forum
are
studied. Students
are introduced to the evolutionary Russian high-power reactors: reactor plant
VVER-1000 (V-392), reactor plant VVER-1500. The characteristics of the
VVER-1500 nuclear reactor and foreign high-power boiling reactors EPR, N4 are
compared, as well as the possibility of creating a VVER-1800 power unit is
evaluated. A draft of the reactor installation with a multi-loop fluidized
reactor MKER. The characteristics of RBMK-1000 units and units with reactors MKER-800,
MKER-1000, MKER-1500 are compared.
The characteristics,
advantages and prospects of Russian medium and low power reactors for
multi-purpose use
are discussed.
The requirements for
ship nuclear power plants, features of thermal schemes of ship reactor
plants are
presented, a new generation of nuclear ships and an increase in the service
life of ship nuclear power plants are considered, as well as examples of
safety systems for ship nuclear
power plants.
The characteristics
and advantages of nuclear combined heat and power plants with a boiling-
water reactor VK-300
on thermal neutrons are considered.
Studied nuclear
station of small power reactor installation UNITERM to produce heat,
electricity, nuclear
station of small capacity with water-water reactor installation of ABV to
supply electricity,
heating.
Examples of
underground nuclear power plants based on ship nuclear technologies are
given.
Modern designs of
nuclear power plants with fast neutron reactors are analyzed.
Nuclear power
technologies for space vehicles are presented: areas of their use; basic
nuclides
used in space installations;
thermoelectric and thermionic energy converters; nuclear rocket
engines and nuclear
power propulsion systems for space vehicles.
Analyzes the task of
ensuring the safety of nuclear power units when aircraft accidents: the
problem of nuclear safety
when the plane crashes on the example of the reactor compartment of NPP with
WWER-1000; evaluation of the reliability and safety of NPPs under extreme
dynamic actions; the analysis of the events leading to the release of
reactivity; assessment of the probability of the crash; assessment of the
strength and reliability of the equipment upon impact of the aircraft on the
examples of reactor Department fast reactor CEFR(China), Bushehr NPP; estimate
of strength of pipelines of the main circulation circuit of NPP with
VVER-1000.
The problems of
decommissioning of nuclear power plants that have exhausted their service
life are discussed: the sequence of basic operations during dismantling; the
basis for calculating the cost of decommissioning nuclear facilities;
engineering and radiation survey of decommissioned nuclear facilities; the
specifics of technologies for decommissioning uranium-graphite reactors.
A comparison of the
efficiency of reagent-free and chemical decontamination circuit multiple
forced circulation.
The international experience of organization of works on preparation and
decommissioning of
NPP power units is discussed.
The non-energy
application of nuclear technologies in medicine, agriculture, industry and
other fields is analyzed: energy, engineering, physics, chemistry, Geology,
instrumentation, radiation engineering, and biology.
The role of
international cooperation in the development of nuclear science, technology
and
international
nuclear organizations is shown.
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History and evolution
of electronic devices
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The content of the
discipline covers a range of issues concerning knowledge and skills to manage
and organize R&D in projecting and technologies of electronic devices, learning
about appearance and development of science and industry of devices based on
microsystem equipment.
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Integral industrial
systems and CALS-technology
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The content of the
discipline covers a range of issues concerning teaching Master’s degree
students theory and practical skills in development of basic and additional
automated industrial processes and project automated industrial systems and
technological complexes, information maintenance of devices designed and
produced. The training teaches methods and methodology of continuous guidance
and information maintenance of product life cycles, development of automated
technological operations and technological equipment of industrial process
with intensive technology updates, flexible structural and technological
architecture and quality system providing product flawlessness.
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Design
and technological preparation for electronic system production
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The content of the
discipline covers a range of issues concerning development and modernization
of knowledge and skills on design and technological preparation to produce
complex systems and electronic system complexes.
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Electronic system
design for aerospace systems and complexes
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The content of the
discipline covers a range of issues concerning design tasks for electronic
systems in aerospace systems and complexes on system level considering
various layout solutions depending on system’s type and purpose.
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Micro- and
nanotechnologies in sensor production
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The content of the
discipline covers a range of issues concerning advanced studies of
nanomaterials and nanostructures by means of electronic, probe microscopy and
secondary ion mass-spectrometry. Also, the discipline studies micro- and
nanotechnologies in sensor production
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Mathematical support
and software for research
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The content of the
discipline covers a range of issues concerning advanced studies of
computer-based solutions in research.
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Modeling of
electronic device structures and technologies
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The content of the
discipline covers a range of issues concerning modeling tasks when developing
electronic systems and projecting technological systems and processes.
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Mathematical
modeling in electronic system projecting
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The content of the
discipline covers a range of issues concerning mathematical modeling
application.
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Technological
projecting methodology
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The content of the
discipline covers a range of issues concerning trends and fields of
technology development of electronic systems, methodology of electronic
systems and systems projecting and commissioning; learning methods, ways and
tricks for scientific cognition, methodology and engineering cognition
logics.
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Nanomaterials and
nanostructures of electronic devices
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The content of the
discipline covers a range of issues concerning advanced studies of
nanomaterials and nanostructures by means of electronic, probe microscopy and
secondary ion mass-spectrometry.
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Research work –
Design and technology of electronic devices
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The content of the
discipline covers a range of issues concerning Master’s degree research work
tasks in accordance with FSES regulations and consistent preparation of
Master’s degree thesis sections, the topic being interesting for an employer
and for the student and being relevant to the discipline.
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Neural
networks methods in electronic systems design
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The discipline
mainly focuses on:
-forming a whole
picture on artificial intellect and universal artificial intellect, historical
stages of their development, processes that ensure both scientific and
practical dynamics in human thought;
-forming skills to
comprehend neuron, neural network, neural microprocessors;
-forming ability to
interpret individual artificial intellect through clear understanding of
general patterns of artificial intellect development.
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Sci-tech workshop - Design
and technology of electronic devices
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The content of the
discipline covers a range of issues concerning Master’s degree research work
tasks in accordance with FSES regulations and consistent preparation of
Master’s degree thesis sections, the topic being interesting for an employer
and for the student and being relevant to the discipline.
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Assuring proper
performance of electronic systems assembling and control
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The
content of the discipline covers a range of issues concerning theory,
practical methodology and advanced experience by leading national and foreign
enterprises in assuring proper performance of electronic systems assembling
and control.
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Experimental
research planning and modeling
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The
content of the discipline covers a range of issues concerning theory and
practical skills in instrumentation, devices and its components, methodology
of structure development using modern base of elements, unified modules and
advanced technologies of production.
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Projecting complex
technical systems
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The
content of the discipline covers a range of issues concerning theory and
practical skills in projecting complex technical systems.
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Modern technologies
- Design and technology of electronic devices
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The
content of the discipline covers a range of issues concerning an expanded
subject technological knowledge on sections of technology as a science.
Students will learn:
-methodology
on new technology development and its software, hardware and technical equipment;
-methodology
on analysis and comparative assessment of new technological processes;
-methodology
on experimental research using modern technologies.
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Technological
support of electronic systems security
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The
content of the discipline covers a range of issues concerning advanced
constructor and technological training for 11.04.03 students in theory and
practice of assuring security of electronic devices and instrumentation by
technological methods and means. It also focuses on forming advanced
technological training in Master’s degree.
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Artificial intellect
elements in electronic systems projecting
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The
content of the discipline covers a range of issues concerning intellectual
technologies in constructor and technological projecting of appliances and
electronic devices.
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