Educational program
Automation and computer-integrated technologies
Automation and computer-integrated technologies are a specialty for training specialists in computerized control systems, technical and software tools for automation and automation of technological processes at manufacturing enterprises, in transport and in everyday life. When designing, implementing and implementing modern automation and automation tools, computer-integrated technologies are used.
Specialization
Computerized management systems and automation
here is a possibility of budget and contract training in full-time and part-time forms.
BACHELOR
Duration: 3 years 10 months.
Qualification: “Bachelor of computerized control and automation systems”.
MASTER (educational-professional program)
Duration: 1 year 4 months.
Qualification: “Master of Computerized Control and Automation Systems”.
Automation and computer-integrated technologies are a specialty for training specialists in computerized control systems, technical and software tools for automation and automation of technological processes at manufacturing enterprises, in transport and in everyday life. When designing, implementing and implementing modern automation and automation tools, computer-integrated technologies are used.
The educational and professional bachelor’s program is designed for students who seek to become specialists in the field of automation of technological and production processes using the most advanced information computer technologies. The main advantage of the bachelor’s program is to focus on the formation of the broadest possible scientific and technical outlook of the future professional along with acquiring practical knowledge and skills in using modern computer technology and electronic components, necessary programming languages and the necessary professional tools.
The program is balanced in terms of social, humanitarian, and fundamental training and contains a sufficiently selective component in the specialization.
Specialization
Computer-integrated production and applied programming
There is a possibility of budget and contract training in full-time and part-time form.
BACHELOR
Duration: 3 years 10 months.
MASTER (educational-professional program)
Duration: 1 year 4 months.
Computer-integrated technology or production is the management of technological processes or production based on computer and microprocessor technology.
Applied programming is the creation of software that implements control algorithms and models of control objects for industrial controllers that are part of computer-integrated control systems.
The educational program involves the training of engineers for the design, development and operation of computer-integrated control systems for various industries. In the process of training, specialists receive a set of theoretical knowledge of technical means of automation and practical skills in the development and implementation of software and application software using:
– Modern high-level programming languages (C ++, C #, Java, Python, ASP);
– Application programming environments (CoDeSys, WinPLC, FsT);
– Software systems for solving technical problems (MATLAB, Mathcad);
– Automated design systems (AutoCad, SolidWorks);
– database management systems (MS ACCESS).
Specialization
Automated control of technological processes
There is a possibility of budget and contract training in full-time and part-time forms.
MASTER (educational-professional program)
Duration: 1 year 4 months.
Automated control of technological processes is a system that provides real-time management of the process of obtaining various substances according to the given technological and techno-economic criteria.
The educational program involves the preparation of engineering and scientific personnel for the design, development and operation of automated control systems for technological processes (ACS) for various industries. In the process of training, specialists receive knowledge on the development, in particular, of information, mathematical and software, installation and operation of automation systems, modeling and optimization of control systems, development of distributed systems and industrial networks, creation of modern information technology management, etc.
