"Computerized control systems and automation" - programming technologies, OOP, system programming, databases, operating systems, computer graphics, automatic control theory, digital systems, architecture of computer systems and networks, telecommunication systems and networks, computer electronics, information security and computer cryptography, banking and specialized information systems and networks, intelligent systems.
"Computerized and robotic systems" - computerized control systems in production and business, development of software support for computerized and robotic systems, artificial intelligence systems, hypertext systems, navigation systems and manipulation of information arrays on the Internet and other large-scale and global communication networks, networks and systems for industrial and commercial institutions.
Dmitry, FIVT: computer engineering salary
“I am studying in systems engineering , department of automatic telephone exchange. We have many young teachers working on real modern projects. They try to somehow adjust the program to our time. If you want to learn, knowledge will be given here. The main emphasis, of course, is on IT. We teach math, but not too stressful. As for programming, we have both a little "low" level (like C ++, assembler ...), and a "high" (Java, Python - introductory, emphasis on C #, and also web programming). High-level emphasis, because it is in demand.
There is little in computer engineering in the first courses of programming, a little Pascal, Java, Ada. Bias towards physics and mathematics. Next, there will be an emphasis on low level, microcontrollers, everything. Programming is not given enough.
In computer science, they give a little bit of everything. It is not very difficult to learn, but the level of knowledge is lower in comparison with our systems engineering.
Software engineering is a new direction, so the program changes frequently. They say it's easy to learn, but the knowledge is appropriate. They teach bullshit often.
There is a joke in programming - you still have to teach yourself. They will give you a little more or a little less at the university. The main thing that will be given is an impetus to understand what and how it should be. They will systematize all knowledge of IT, give concepts not only about programming, but also about OS, networks. "
Sasha, FIVT:
“At the FIVT they teach such engineers in a vacuum. A lot of theory, little practice. Apparently, according to the idea of the compilers of the program, graduates should be paid at least for seniors. The peculiarity is that the knowledge required to pass the session and the knowledge that can be useful in life rarely intersect.
Different directions differ in the number of subjects related to computer architecture, and subjects related to writing TK according to various GOSTs. "
Nikita, FIVT:
“I study computer engineering - how to design all kinds of chips and processors, write drivers and software for them. Along the way, a set of a good programmer is being studied (Java, C ++, PHP, Python, and so on).
Software engineering teaches how to write, write, and write. Two specialized languages (we have one - Java), many algorithms and 4 semesters of matan (we have 3). Less assembly language and less hardware (eg architecture).
Systems Engineering - programming at the level of computer engineering, however, instead of architecture and engineering of chips / processors, they study networks and get acquainted with the basics of robotics.
Computer Science is the only one of the 4 majors that has computer graphics (i.e. photoshop) and web design. Well, a bias has been made in the network and remote control, automation. "
Oksana, FIVT:
“I study in systems engineering , at the Department of TC. If guys from software engineering write beautiful applications for operating systems on computers, then a system programmer writes this same OS or some invisible logic in some controllers. In general, everything that is 'closer to the body' revolves around iron. "
Oleg, FIVT:
“ In computer science there is a bias towards design, in computer engineering - towards iron. It is not easy to study software engineering , but there is not much physics and mathematics in comparison with other specialties and departments. "
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