Sections
Electronic devices, nanotechnology and microsystem technology
(Research methods and equipment for experimental synchrotron radiation stations)
Solid-state, vacuum and plasma electronics: fabrication, characterization and modeling; physics of semiconductors and dielectrics; nanotechnology in electronics; physics of low-dimensional structures, nano- and microsystem engineering, microelectromechanical systems.
Medical electronic devices
Devices for diagnostics, therapy, surgery. Research and modeling of biophysical processes.
Electrical engineering
and power engineering
Energy saving technologies and improving the efficiency of energy production and conversion. Renewable energy. Diagnostics, reliability and operation of high-voltage equipment. Digital transformation in the power industry. Electromechanical and mechatronic issues.
Radio engineering and telecom-munication systems
Fundamental and applied problems of radio engineering; network data transmission technologies; digital methods of generating and processing signals in communication, navigation and radar problems; theory and technology of signal filtering; technologies for encoding and decoding information; Microwave technology in radio engineering and telecommunications; antenna feeder systems.
Information-measuring technologies
Automatic control theory. Modeling, optimization, numerical methods. Robotics, telemechanics and electronic controls. Data collection and processing systems, sensor systems, sensors and drives. Control software, algorithms, information protection. Multi-channel control. Automated control systems, new technologies, innovation
Mathematical modeling of processes and systems
Optimization of technical devices using measurements of electromagnetic and thermal processes occurring in them. Processing of these technologies for growing crystals, electrical prospecting, oil production, etc., taking into account the characteristics of measuring instruments. Modeling of measuring devices. Statistical analysis and processing of measured signals and data.
Optical
and laser technologies
Optical and laser technologies
Optoelectronics, photonics, precision measurements, atmospheric optics,, femtosecond lasers and their applications, fiber optics and fiber lasers
Sections
Electronic devices, nanotechnology and microsystem technology
(Research methods and equipment for experimental synchrotron radiation stations)
Solid-state, vacuum and plasma electronics: fabrication, characterization and modeling; physics of semiconductors and dielectrics; nanotechnology in electronics; physics of low-dimensional structures, nano- and microsystem engineering, microelectromechanical systems.
Medical electronic devices
Devices for diagnostics, therapy, surgery. Research and modeling of biophysical processes.
Electrical engineering
and power engineering
Energy saving technologies and improving the efficiency of energy production and conversion. Renewable energy. Diagnostics, reliability and operation of high-voltage equipment. Digital transformation in the power industry. Electromechanical and mechatronic issues.
Radio engineering and telecom-munication systems
Fundamental and applied problems of radio engineering; network data transmission technologies; digital methods of generating and processing signals in communication, navigation and radar problems; theory and technology of signal filtering; technologies for encoding and decoding information; Microwave technology in radio engineering and telecommunications; antenna feeder systems.
Information-measuring technologies
Automatic control theory. Modeling, optimization, numerical methods. Robotics, telemechanics and electronic controls. Data collection and processing systems, sensor systems, sensors and drives. Control software, algorithms, information protection. Multi-channel control. Automated control systems, new technologies, innovation
Mathematical modeling of processes and systems
Optimization of technical devices using measurements of electromagnetic and thermal processes occurring in them. Processing of these technologies for growing crystals, electrical prospecting, oil production, etc., taking into account the characteristics of measuring instruments. Modeling of measuring devices. Statistical analysis and processing of measured signals and data.
Optical
and laser technologies
Optical and laser technologies
Optoelectronics, photonics, precision measurements, atmospheric optics,, femtosecond lasers and their applications, fiber optics and fiber lasers