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Electronic Instrumentation Design and Technology

Bachelor's Degree (BSc), Institute of radio engineering systems and management

11.03.03 Electronic Instrumentation Design and Technology

Program length: 4 years

Language of study: Russian

Place of study: Taganrog

                                             Purpose of this educational program

  • Training of highly qualified specialists in the field of creation of cyberphysical systems and IoT systems for various industries, with a focus on digital city systems.
  • Training of specialists able to work in the digital economy and knowledge economy.

                                                            Core curriculum

Basis

Specialized subjects

  • Basis of electrical circuit theory
  • Basis of communication theory
  • Engineering and computer graphics
  • Materials and components of electrical engineering
  • Electrodynamics and radio waves propagation
  • Applied mathematical methods in radio engineering and communication
  • Computer methods of signals synthesis and processing
  • Project activity
  • Metrology, standardization and certification
  • Circuit engineering
  • Digital devices and microprocessors
  • Mathematical modelling
  • Programming technologies
  • Basis of management system
  • Basis of Python for cyberphysical systems programming
  • Basis of simulation
  • Basis of unmanned transport technologies
  • Basis of modelling and design of cyberphysical systems
  • Wireless networks and networking technologies
  • Basis of embedded systems programming
  • Machine learning and data analysis
  • Sensor-based systems
  • Digital processing of signals


Advantages of this study program:

  • Focus on complex training of specialists in the development of cyberphysical systems as components of the digital city environment, unmanned vehicles, the development and use of network, information, algorithmic and software tools for integration into the environment;
  • Program will include knowledge and practical skills in the field of embedded systems, IoT systems, big data analysis, information, mathematical, algorithmic and software development;
  • Possibilities of formation of educational program with elective courses;
  • Bachelors project activity will be related to the development of elements of cyberphysical systems, IoT systems, including for inclusion in the Smart City;
  • It is possible to implement complex interdisciplinary final qualification works, when the work is divided into parts and implemented by a team of bachelors studying in different areas of training and various structural subdivisions.

                                                                                 Prospects

After educational program students can:

  • Continue their education at Master's Degree
  • Employment in professional fields: development of modern microprocessor systems and devices integrated into information systems, cyberphysical systems of digital city, industrial cyberphysical systems, development of infocommunication infrastructure of modern society (projects "industrial Internet of things", "smart home", "safe city" and others), development of data collection and analysis tools, including big data, etc.