The scientific and technical revolution is sweeping the world. It is acknowledged nowadays that technical progress and well-being ofa society are unthinkablewithout the latest achievements of

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The scientific and technical revolution is sweeping the world. It is acknowledged nowadays that technical progress and well -being of a society are unthinkable without the latest achievements of automation, computing machinery and radio-engineering. Today, in all countries which have come to scientific-technical and economical prosperity, special attention is given to production and usage of computers. Modern highly developed scientific production is impossible without using fast working intellectual computers, informational networks. So, the training of specialists in the sphere of computing is becoming increasingly important.

All the chairs of our Faculty do their best to train this kind of specialists. The teaching staff, including 5 Doctors and 80 Candidates of Science, are actively engaged in research in the topics which they offer in their lecture courses, so the undergraduate has a good idea of the rapid advances in the discipline. Besides, close links are maintained with industry through joint research projects and consultancy work.

A proper understanding, of such specialities as Automation and Telemechanics, Automatic Control Systems and Computing Machinery needs a good knowledge of physics and mathematics. Therefore, the Faculty pays particular attention to the following subjects: Impulse Technique, Analogue and Digital computers, Theoretical foundations of Electro-engineering, etc. The students of our Faculty learn the architecture of commonly used microprocessors, such as Intel 80386, 80486, Pentium etc., and design the computer systems. They don't just learn how to use the modern software, but also to create system utilities, compilers and operational systems. They learn the computer languages, such as ASM, C++, Delphietc.|Thechair of "Computing" has introduced new courses, such as "Designing of Interface in Windows", "Computer Graphics", "Automatic Design of Computers", "Object-Oriented Programming", "System Resources of Multiprocessors", "System Software", "Artificial Intelligence Systems", "The Architecture of Microprocessors", "System and Network Simulation and Research". Students get profound knowledge in database and expert systems as well.

The students also gain practical skills in different laboratories equipped with the most modern devices. Computing is carried out on machines of all sizes from desktop models to the most expensive central installation.

Great attention is given to foreign languages, a profound knowledge of which will help the graduates in their work and life.

Computer has become the most remarkable achievement of the twentieth century. Therefore our age is often called the age of Thinking machines. Computers play a decisive role in the future development of mankind and civilization. For example today, global computer network, such as Internet has become an effective way of communication. People from all over the world participate in teleconferences, cooperate with each other, work together on different scientific projects. Also, by this way computer programmers get a great chance to locate information in modern technologies, access to the software libraries, write programs together with the far away partners.

After graduating from the University the students will be able to work in different, branches of national economy, at industrial enterprises, at design offices and research laboratories.

Дата добавления: 2015-11-04