Educational program

More details
Code – Speciality

8D07106 - Automation and Control Engineering

The aim of the educational program

Training of highly qualified personnel of a new generation who are proficient in modern methods of solving production problems in the field of automation and control, and capable of innovative activities in production
Graduate model
Graduate qualification Professional sphere:

Covers a wide range of industries related to process automation, management of complex systems and implementation of digital technologies.
The object of professional occupation:

industrial enterprises, government organizations and private companies, educational institutions of any level.
Types of professional occupation:

management, experimental design, educational.
Functions of professional occupation:

Research and development of new technologies, design and implementation of automation systems, analysis and optimization of processes, educational activities, consulting activities.
Graduate competences map
Formed core competencies Program outcome
1. The ability makes a competent economic assessment of developed solutions when implementing scientific and innovative activities in the field of automation, including the commercialization of part of its developments. Apply methods for assessing the effectiveness of innovative projects in the field of automation and control in various fields of industry.
Apply modern technologies, methods and approaches to process automation, the latest software and hardware to improve management efficiency and optimize production processes.
2. Willingness for continuous learning and self-improvement, as well as the application of acquired knowledge and skills in practical activities to achieve success in a scientific and professional career. Apply theoretical and experimental research methods to solve scientific and technical problems in the field of automation and control.
3. The ability to carry out communications in the professional sphere, clearly state and protect the results of research activities in the field of automation Discuss the results of your research and present them in the form of scientific publications, information and analytical materials and presentations.
4. Ability to design and program process control systems, apply methods for transferring data to cloud storage, processing and analyzing them. Apply microcontroller technology to manufacturing industries, design and develop Internet of Things applications and services tailored to the industrial needs of Industry 4.0.
5. The ability to digitalize the main business processes of the enterprise (design, technological preparation of production, production, operation). Design digital control systems with the construction of models and analysis of their stability and quality of behavior.
6. The ability to assess the appropriateness of using machine learning methods in specific problems of designing automatic control systems, assess the opportunities and risks associated with their use. Apply artificial intelligence methods to various automation and control problems using modern computer and information and communication technologies.
Modular Curriculum
Base disciplines Profiling disciplines Additional types of study