Educational program

More details
Code – Speciality 7M07101 - Automation and Control Engineering
The aim of the educational program

Training of specialists of high scientific and technical qualification in the field of automation and control
Graduate model
Graduate qualification Professional sphere:

design of automated systems for various purposes,
development of design and technological documentation,
organization of automated process control systems,
research and innovation activities
pedagogical activity
The object of professional occupation:

research centers, design and research organizations,
governing bodies, educational institutions, industrial enterprises and others
organizations of various forms of ownership
Types of professional occupation:

engineering design; design and technological; production and technology; organizational and managerial; research;
innovative; pedagogical
Functions of professional occupation:

development of design and technological documentation, organization of automated production process control systems, research and innovation activities, pedagogical activities
Graduate competences map
Formed core competencies Program outcome
1. The ability to independently express judgments, apply methods of reaping means of cognition, learning reaping self-control, criticsқ to evaluate their strengths and weaknesses. Apply knowledge for organizing, planning and conducting scientific research
2. Communication abilities to work effectively individually and as a member of a team, demonstrating leadership and professional skills. Use the opportunities of acquired communicative ability to clearly and clearly substantiate their findings and knowledge to specialists and non-specialists.
3. Ability to study in integrated engineering activities, awareness of health issues, life safety and labor at work. Continue training independently to acquire new knowledge of aspects of complex engineering activities, awareness of issues of health protection, safety of life and work at work
4. To expand and deepen knowledge in the field of mathematical, natural, humanitarian and economic sciences. Demonstrate knowledge and understanding of mathematical, natural, humanitarian and economic sciences in the development of control automation systems.
5. Ability to perform big data analytics using existing methods, technologies and tools. Analyze the processing and storage requirements of big data for specific purposes, collecting and interpreting information to form judgments, taking into account social, ethical and scientific considerations.
6. Ability to design, maintain and test control system processes using new technologies and control methods to automate systems. Conduct a comprehensive analysis of processes and control systems, apply control methods, select and operate software and hardware in the development of automated control systems.
7. The ability to search, critical analysis and synthesis of information, apply the system approach, mathematical models, methods and means of designing automated systems to solve the problems. Analyze control systems in order to build mathematical models, build and explore mathematical models of control objects, solve problems related to system control and the use of modern mathematical methods.
8. Ability to research and apply methods of estimation, identification of system parameters to build systems with conditions of uncertainty and incomplete information. Design intelligent systems for controlling technical systems and technological processes, apply methods, software and hardware to implement artificial neural networks and fuzzy control algorithms.
9. The ability to understand the principles of operation of modern information technologies and software, to use them in solving professional problems. Apply information technology in professional activities, principles of digital control of production systems, microprocessor-based control systems.
Modular Curriculum
Base disciplines Profiling disciplines Additional types of study