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INSTITUTE OF AUTOMATICS AND COMPUTER ENGINEERING
Computers, Computer Complexes, Systems and Networks
Department of Computers, Computer Systems and Networks (CCSN),
Department of Information and Measuring (IM), Department of Electrical Physics (EP)
turn out specialists of this speciality.
The graduates achieve a high level of knowledge in hardware
and software design, maintaining computers and networks.
The graduates of CCSN Department posses fundamental background
in mathematics, physics, electrical engineering and microelectronics. Students get
experience in three basic knowledge areas: computer hardware, software and networks.
They study fundamental disciplines which form basis for further profound study of
hardware and microelectronics - discrete mathematics, Boolean algebra, graph theory,
theory of finite state machines (FSM), rmation theory and basics of digital circuit
engineering and microelectronics. Furthermore students become familiar with computer
systems and supercomputers, computer aided design and engineering systems and languages
(VHDL and Verilog). Programming courses include studying C++, Pascal, assembler
language, object-oriented programming, operation systems (Windows, Mas OS X , Linux,
Solaris), CASE technology, rmation security, artificial intelligence, expert systems
and data mining. The graduates achieve a high level of knowledge in computer networks:
basics, protocols (includes TCP/IP, SMTP, Telnet and other), Networks Architecture
, Internet, Network Operation Systems and local Network Administration and Development.
The graduates of IM and EF Departments possess fundamental
background not only in the fields of computer hardware and software, but in electrical
engineering, microelectronics and rmation and measuring technics. Besides on IM
Department emphasize is made on accuracy aspects of algorithms, methods, devices
and systems being developed and utilized, on EF Department emphasize is made on
methods and tools of digital signal processing of one-dimensional and multidimensional
signals for there transmission by telecommunication channels, by Internet, for archiving
and compression.. The graduates of these departments are successfully working both
in the fields of computer measurements (digital signal processing, smart transmitters,
virtual instruments, analog-to-digital and digital-to-analog converters) and almost
in all other fields of where computerized devices are utilized (such as medicine,
metrology, introscopy, chromatography).
Owing to deep knowledge based on modern computing equipment
and high rmation technology, graduates can easily fill positions within the rmation
technology industry and in various fields of human activities: in planning and research
organizations, industrial computing centres, communication, queuing and finance
systems.
Control and Informatics in Technical Systems
This specialty graduates are highly skilled experts in computer
maintenance of processes in rmatization and control. The graduate background involves
fundamental mathematics, theory and methods of industrial control, simulation of
complicated systems, and modern rmation technologies. The graduate level meets requirements
of the speciality Automatic Control and Computer Engineering in Technical Systems.
Eight of ten department professors are full members of the .
The students master the fundamentals of up-to-date automatic
control, PC-based industrial design, and software elaboration. The computers are
introduced into the educational process in the first term and are being used and
studied during all times of tutoring in the institute. The students become familiar
with programming technique, computer networks, database operation, and control and
graphic systems.
The students acquire practical skills as laboratory network
and internet administrators, including access to databases through networks and
the processing of e-mail.
The students master the newest software products. They are
presented with the unique opportunity to study distributed data management systems
such as widespread ORACLE, which is used for operating banks and large industrial
entities. This system was granted by the firm-manufacturer.
Owing to deep knowledge and computer ideology, the graduates
can solve problems in various fields of up-to-date activities: engineering, commerce,
economics, and scientific research.
In the context of the specialty, the following two specializations
are provided:
Computer-Aided Design Systems
This specialty graduates are often involved in occupations
which require them to design complicated soft and hardware systems, and both hardware
and software accessories needed for the operation of these systems.
The students gain experience in practical operations with relevant
CAD systems. Their programming skills involve computer graphic systems, which allow
them to work not only in the design of CAD systems but also in commercial advertising.
The background of the graduates is formed on the basis of the
following divisions of science:
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generals in mathematics (including special courses on discrete
mathematics), physics, programming, operating skills in PCs, workstations, and
networks;
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programming languages, large software systems and database
design, computer-based simulation technique, local and wide-area networks, expert
systems and artificial intelligence, open-type systems;
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computer-aided design including the design of all basic
computer units, microprocessors, microcomputers, and PCs, psychological methods
to find new engineering decisions;
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mathematical methods, hardware and software environments
making it possible to introduce automation into computer and computer elements
design and manufacturing;
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mathematical methods and skills allowing both digital circuit
trouble-shooting and the design of circuits which are able to elaborate correct
results even though the circuits contain failures, encode the rmation to be
transmitted, and automatically correct errors in the case of unreliable link.
A distinguishing feature of a graduate is the well-rounded
education he or she possesses. The specialists find positions in rmatics, computation
systems and networks, and programming; in the future the graduates may focus on
any of a multitude of particular specialties. These opportunities enable the graduates
to come to feel at home everywhere: at specialized computer hardware and software
enterprises, at the businesses employing computers for automation, computer networks
design, banking, database support, and documentation.
Applied Mathematics and Informatics
The Applied Mathematics Department offers a student a Master
of Science degree in i Software Engineering, Artificial Intelligence and Intelligent
Systems, Information Systems.
The Department of Mathematical Modelling offers students a
Master of Science degree in Mathematical Modeling or in Internet Technologies.
The Applied Mathematics Department is among the first ones
that train rmatics and software specialists in . It began to train programming engineers
more than 30 years before. And from 1985 the Department has been training the specialists
in the artificial intelligence and the intelligent systems. Many of former students
of the Department now are leading specialists in the software design and the intelligent
systems. The Department is well known among the analogous Departments of the Russian
Technical Universities. There are 8 professors and 30 assistants of professor among
the Department teachers.
The Department of Mathematical Modelling is one of the best
Russian education facilities for training students in applied mathematics. The students
study methods for creating mathematical models of the phenomenon (it may be natural,
economic, social phenomena, etc.). They investigate the properties of the models,
develop algorithms and programs. With a fundamental mathematical background and
high intellectual potential, the graduates have no problem in seeking positions
in various branches of modern engineering, economics, science, business, banking,
and rmation.
The Departments are equipped with modern computers and network
environments. The students study Internet technologies, designing and maintaining
complicated software products, ‘client-server’ systems. The students are also familiarized
with the software for parallel computers and tools for the intelligent system design.
The science work of the students carries out on the high level. The students have
the opportunity to practice at the leading enterprises and science research centers
of . Many of the Departments’ teachers are famous scientists who work actively in
different areas of the rmatics and the applied mathematics.
Nondestructive Evaluation and Diagnostic Techniques
The Department of Electrical Engineering & Introscopy (EE&I)
offers Nondestructive Evaluation (NDE) programs at the Bachelor of Science (4 year),
Engineer (4 plus 1 1/2 year), Master of Science (4 plus 2 years) and PhD levels.
The graduates obtain a fundamental background in rmatics, mathematics,
physics, electronics, microprocessors, and measurements. These skills enable students
to seek positions within the rmation technology industry in state and commercial
enterprises and also in firms engaged in modelling systems software, data acquisition
and processing systems, sensor and introscopy, and diagnostic devices design. Particular
emphasis is given to mathematical modelling and to the design of software for processing
measurements and experimental data analysis in various branches of science and engineering,
such as power and mechanical engineering, space and aviation, petrochemistry and
ecology, and rail and automobile transport.
The students master the newest computer methods, such as the
following:
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numerical methods for modeling and analyzing electromagnetic,
thermal, acoustic, and biological fields;
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CAD of sensors, electronics for medicine, ecology, and
industrial diagnostic;
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digital processing of signals and images (reception, transmission,
coding, analysis, filtration, compression, illegal access protection);
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image identification, classification and recognition using
artificial neuron networks (space shots processing, missile guidance, airplane
type recognition, control over robots, detection of weapons and drugs in luggage,
criminalistics, rmation protection, and predictions of catastrophes and situations
in finance).
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