15.03.04 Automation of technological processes and production

Under the program specialists are trained in the design, development and operation of automated process control systems (APCS) for various purposes. Students get profound knowledge of technological processes in various industries, design and manufacture of mechanical engineering products, technological equipment, software development for SCADA and PLC, design of information systems and real-time databases, building of an automated process control system based on computer control systems, servers and network support. They also study cyber physical systems and cloud technologies. After the training is completed, graduates will be able to collect and analyze information, data and information used in the process of designing automated systems; determine the target tasks of designing the process control system, build a structural relationship, highlight priority areas; develop projects for the creation of an automated process control system.
Level of education:
Bachelor's degree
Form of training:
Full-time (daytime)
Venue of training:
Moscow
Entrance exams:
— Mathematics (prof.)
— Russian language
— Informatics and ICT \ Physics
Programs, specializations:
Automation of technological processes and production in industry
As part of the profile, specialists are trained in the field of automation of technological and production processes for a wide range of industrial enterprises. Students learn how to create conditions and ensure the operation of automated control systems for technological processes of various industries, built on the basis of PLC, SCADA and MES systems. Students of the program have access to modern educational laboratories equipped with PLCs from Siemens – S7-1500, OMRON –CJ1M, CJ1H, NJ301, B&R X20, Symanitron and Cisco industrial network equipment, ABB industrial robots and other modern equipment of Russian and foreign production. Graduates of this educational program will be prepared for the digital transformation of manufacturing enterprises within the framework of the Industry 4.0 concept.
Alumni can be employed as
  • process control engineers
  • engineers-designers of the process control system
  • project managers of the process control system
  • engineers-programmers of the process control system
  • PLC programmers
  • SCADA systems specialists
  • engineers-programmers of microprocessor systems
  • C / C ++ / C # programmers
Program subjects
  • Theory of finite automata
  • Automatic programming of control systems
  • Computing systems of real time
  • Electronics of automation and control systems
  • Fundamentals of the design of technological equipment
  • Development of real-time databases
  • Cyber-physical systems in production
  • Basics of network technologies
  • Design and development of automated real-time systems
  • Technical means of automation and control
  • Automation of technological processes and production
  • Reliability and diagnostics of automated systems
  • Programming of industrial automation systems
  • Simulation of automated systems
  • Automatic control systems
  • Industrial informatics
  • Industrial information and measurement systems
  • Industrial Internet
  • Technological equipment for automated production
  • Design of interfaces of control systems
Graduating department: Department of Industrial Informatics