In the process of training in this area of studies, students get acquainted with the design, calculation, and modernization of electronic units and devices at the circuit and element levels using computer-aided design and computer tools, selecting the best method and developing a program of experimental research, analysis, systematization and synthesis of scientific and technical information.


11.03.04. Electronics and Nanoelectronics

Mode of attendance
Full time
5,5 years
Language of training
Admission tests for international students
Mathematics, Russian language
Tuition fees
300 000 RUB per semester
Reasons for choosing a course
  • Employment prospects in many related branches of science and industry;

  • Opportunities to engage in scientific activities during training at the base of St. Petersburg Mining University;

  • Broad and continuously growing demand in the job market of specialists with in-depth knowledge of the features of electronics and nanoelectronics;

  • Studying the principles of operation of electronic devices and systems used in all spheres of life with the prospect to develop them for various areas of the national economy;

  • Fundamental education in the field of electronics and nanoelectronics, allowing to engage in the development of new electronic systems, their operation and maintenance, and research.


Graduates of this specialization work at leading Russian and world high-tech companies, factories, research institutes, enterprises of electro-technological orientation, innovative enterprises of the electronics industry, and Russian and foreign enterprises of energy and transport. Possible positions held: electrical engineer, electronic engineer, electronic design engineer, electronic equipment designer.

Field of study
Theoretical foundations of electrical engineering;
Physical fundamentals of electronics;
Basics of converter technology;
Electronic industrial devices;
Computer-aided design of electronic devices;
Information technology;
Microelectronics and electrical machines;
Energy electronics;
Fundamentals of microprocessor technology;
Fundamentals of the electronic component base design.
Graduate skills
Skills in using mathematical analysis, holding theoretical and experimental research of the properties of materials and products of electronic equipment;
Experience in experimental study of the parameters and characteristics of devices, circuits, devices and installations of electronics of various functional purposes;
Skills in mathematical modeling of electronic devices, circuits and devices of various functional purposes on the basis of standard computer-aided design packages;
Skills in calculating and designing industrial electronic devices, circuits and devices of various functional purposes in accordance with the technical design specification using the design automation tools.