Bachelor:

• - Semiconductor devices
• - Electromagnetic waves propagation in waveguides

• - Physics (Fiz 1202)
• - Electromagnetic waves transmission theory (EMWTT 3207)
• - Theory of waveguides (TW 4214)

• - Electromagnetic field theory (EFTh 3213)
• - Electromagnetic waves transmission theory (ETTT 3216)
• - Theory of waveguides (TVV 3217)
• - Technical electrodynamics (TED 3212)

• - Technical electrodynamics (TED 3213)
• - Radio propagation theory (TRRV 3214)
• - Theory of waveguides (TVV 3222)

• - Optical transfer systems
• - Fiber-optical communication lines (VOLS 3347)

• - Antenna-feeder devices (AFD 3222)
• - The microwave devices (BMD 3222)
• - Radio Waves propagation theory (PRW 3219)

• - Technical electrodynamics and the propagation of radio waves (TEPR 2214)
• - Antenna-feeder devices (AFD 3304)
• - Technical electrodynamics and the propagation of radio waves (TE PRW3215)
• - Systems of TV and radio broadcasting (STVRB 3308)

• - Technical electrodynamics (TE 2202)
• - Antenna-feeder and over highly frequency devices (AFHFD 3224)

• - Technical electrodynamics and propagation of radio waves (TEaP 2214)
• - Antenna-feeder devices and microwave devices (AFDMD 3205)
• - Design and technical maintenance of corporate networks (DTMCN 3218)
• - Fundamentals of computer design of RES (FCDRES 2211)
• - Antenna-feeder and devices and propagation of radio waves (AFDPRW 3204)

• - Antenna-feeder devices (AFD 2221)
• - Radio propagation theory (RPT 2221)

• - Optical transmission systems (OTS 3328)

• - Microelectronics (ME 3215)
• - Electrical Circuit Theory (ECT3206)

• - Introduction to professional activities
• - Integration of natural science disciplines (CMS 3201)
• - Radio propagation theory
• - Basics of electronics and communications

• - Basics of scientific research
• - Digital signals processing (DSP 3210)
• - Economics and business planning in the telecommunications industry (EBPTcI 4227)
• - Economics and Business Planning in the Electronics Industry

• - Radio physics (RPh 1201)
• - Fundamentals of Radio Engineering and Telecommunications
• - Integration of natural science disciplines (INSD 3208)
• - Integration of natural science disciplines (INSD 3201)
• - Theory of electromagnetic waves
• - Technical electrodynamics and design of microwave devices
• - Information technologies for the design of radio electronic means

• - Modeling of physical properties of nanomaterials (MPhPN 4320)

Master (scientific-pedagogical):

• - Optical system for data transfer (OSP 5201)

• - The theory and technique of ultrahigh and extreme high frequencies 1 (BTEUEHF 5205)

• - LTE networks and 5G (LN5G 5202)
• - Methods of ensuring electromagnetic compatibility of radio electronic means (MEECREM 6307)

• - Hydrogen Energy (HE 5310)
• - Theory and practice of engineering experiment (TPIE 5301)
• - Methods of ensuring electromagnetic compatibility of radio electronic equipments
• - Methodology of translational and scientific research in telecommunications

• - IT projects manegment (IPM 5306)
• - Useof a radio-frequency range (URR 6308)
• - Use of a radio-frequency range (URR 6310)

Master (specialized):

• - State-of-the-art of Radio Engineering,Electronics and Telecommunications (SSRET 5105)

Doctor PhD:

• - IT project management