Department of Technical Cybernetics provides teaching in the fields of analysis, modeling, simulation and design methodology of hardware and software security management and information systems. The scientific research is oriented to the development of new control algorithms, design elements and parameters of computer networks, development of methods and algorithms of technical means of digital signal processing, analysis of dynamic characteristics of transport processes and equipment when moving between nodes and modeling human dynamics in the management of technical systems.
Study programs FRI are designed so that each student who completed the course and defended his final work, give the required theoretical knowledge, skills for teamwork and independent creative work as well as practical experience and skills in terms of graduate profile. Project work is generally team projects and require the student creative application of theoretical and practical knowledge in its entirety. Graduation so can only student who systematically and continuously dedicated to the study of individual subjects.
Each graduate is prepared to:
· Find and present their solutions to problems in the research, development and design of software tools, information systems, computer systems, and more generally in the broader context of information technology,
· Lead projects and take responsibility for complex solutions, adapt and implement modern information technologies in various application areas and work effectively as an individual and as a member or team leaders.
A significant percentage of students during their studies expanding their practical knowledge and skills and practical activities in different sectors of the economy such as programmers, developers and software systems administrators, administrators and designers of computer networks, developers and designers of technical equipment and the like. Most of these students after graduation is mainly used in those organizations where work during their studies, both leading development teams, independent professionals or managers.
The Bachelor program Computer Science Engineering provides complete first level university degree in computer engineering based on obtaining a wide range of theoretical knowledge in mathematics, physics, electronics, measurement, logical systems, computer architecture and computer networks, general science, programming and operating systems. Graduates are prepared to either continue the engineering study, respectively. after completing his doctoral studies or to enter into practical professional life, which finds particular application in the design of computer systems and networks, the development of digital systems, system programming and operation and management of computer systems. It is ready to handle tasks related to the implementation of digital systems based on microcomputers and customer programmable devices, which allows him to work on the position of the designer, constructor, respectively. technologist in the development and production management, measurement and diagnostic systems and team members in the design and implementation of large-scale computing, communications and control systems.
The engineering study program Computer Science Engineering provides comprehensive university education in the field of computer engineering based on obtaining an extended range of theoretical knowledge in areas related to computer engineering. Graduates are prepared either to undertake doctoral studies, or enter into practical professional life, which finds application in particular in the development and design of computer systems and networks, the development of digital systems, system programming and operation and management of computer systems. It is ready to solve theoretical and application tasks associated with developing, designing digital systems based on microcomputers and customer programmable devices, which allows him to work for the position of senior researcher, developer, designer, designer, respectively. technologist in the process of research, development and production management, measurement, diagnostic systems and large-scale computing, communications and control systems.
Applied Network Engineering
Graduates of the program Applied Network Engineering acquire advanced knowledge in the field of information and communication systems, advanced network technologies, network infrastructure and management and administration processes. They will be able to apply to different levels of management in software companies, industrial enterprises in the educational system, both in the public and the private sector, banking, transport, health, ecology etc. I can design, develop, implement, distribute, adapt and localize the architecture of information and communication systems. The acquired knowledge and working practices to enable them to manage teams of workers in this area alone also lead to large projects and to take responsibility for complex solutions. Acquire habits of creative work in teams on projects and research tasks faculties. In addition, gain experience in formulating hypotheses, experimental design, testing hypotheses and analyze the data. Graduates of the second degree are prepared for the study programs of the third degree university education where they can build a scientific perspective in a range of ICT technologies, which apply advanced methods and techniques for solving complex problems.