Preparatory department:

• - Physics (Phys 1201 (2))

• - Physics (Phys 1201 (1))

Bachelor:

• - Electrical engineering (Ele 2210)
• - Radio electronics

• - Theory of vibration and waves
• - Computer modeling of physical processes (KMFP 2216)

• - Physics I (Phys (I) 1203)
• - Nuclear physics (YaF 3304)
• - Electromagnetic field theory (EFTh 3213)
• - Basics of electronics
• - Physics (Fiz 2212)
• - Optics (Opt 303)

• - Physics II (Fiz (II) 2204)
• - Condensed-matter physics (CMP 4306)
• - Electricity and magnetism (EM 2203)
• - Fundamentals of the theory elementarnih particles (FTEP 3304)
• - Solid State Physics (SSP 3311)
• - Foundations of Theoretical Mechanics (FTM 2220)

• - Physics (Phys 1204)
• - Physics 1 (Phys(I) 1203)
• - Physics (Fiz 1203)
• - Atomic Physics and Spectrography (AFS 3212)
• - Quantum mechanics (KM 3225)

• - Quantum theory (QT 3226)
• - Electrical engineering and electronics (EE 2214)
• - Basics of atomic physics (FNP 3303)
• - The foundations of quantum physics (FQP 3225)

• - Physics of semiconducting converters (PSC 4310)
• - Chromotography (Chrom 4307)
• - Condensed-matter physics (CMP 3301)
• - Methods of research of structure and properties of nanosilicon (MRSPN 3220)
• - Electrodynamics and quantum mechanics (EQM 3225)
• - Classical mechanics (KM 2233)

• - Basics of electricity and magnetism (*OEM 2212)
• - Atomic physics and spectroscopy (*AFS 2216)
• - Wind power (WP 4310)
• - Microelectronics (MicEl 2214)
• - Physical basics of mechanics (FOM 1203)
• - Basics of electronics and electrical engineering (*OEE 2211)
• - Wind turbines (WT 4324)
• - Physics (Fiz 3212)

• - Optics (Opt 2213)
• - Fundamentals of the theory of electricity (FOTTOE 2216)
• - Quantum mechanics (QM3207)
• - Physics (Fiz 2203)
• - Nuclear physics (NP 3203)

• - Atomic physics (AP 3215)
• - Semiconductor physics (SP 3202)
• - Atomic physics (AF 3303)
• - Methodical founda-tions of computer modeling (MFOCM 3303)
• - Selected chapters of quantum mechanics (SCOQM 3221)

• - /Theory of electromagnetic field (*TEF 2217)
• - Functional materials for power industry and quantum electronics (FMPIQE 2310)
• - Integration of natural science disciplines (INSD 3208)
• - Mechanic
• - Electromagnetism (MA 2209)
• - Basics of safety in physics classrooms (BSPhC 4224)
• - Informatization technologies in teaching physics (ITTPh 4310)

• - Spectroscopy of atoms and molecules (SAM 3205)
• - Mechanics (Mech 1204)
• - Mechanics (Meh 1204)
• - Computer modeling of physical processes (CMPhP 3220)
• - Classicalmechanics (CM 2310)

• - Electricity and Magnetism (EM 2205)
• - Application of IT in education (AITE 3212)

• - Quantum mechanics (KM 3207)
• - Atomic physics and spectroscopy (APhS 3213)
• - Spectroscopy Technique and momentum spectroscopy (TSMS 3225)
• - Electrical and Electronics (EE 3206)
• - Interaction of ionizing radiation with matter and track technologies (IIRMTT 3221)
• - Classical mechanics
• - Computer modeling of physical processes
• - Theory of electromagnetic field

• - Quantum mechanics (QM 3214)
• - Physics (Fiz 1202)
• - Physical Optics (PhO 2206)
• - Integration of natural science disciplines (INSD 3201)
• - Electromagnetism
• - Statistical physics and thermodynamics
• - Integration of natural science disciplines
• - Computer modeling of physical processes with elements of artificial intelligence

• - Electrocity and magnetism

Doctor PhD:

• - Interaction of charged hard particles with materials (ICHPWM 8304)
• - Quantum-chemical modeling of radiation defects in alkali and alkaline-earth metal sulfates (QMRDAAMS 8302)
• - Radiation defects in alkali and alkaline-earth metal sulphates (RDAAMS 8301)
• - Energy transformation in dosimetric materials (ETDM 8308)
• - Energy transformation in scintillation materials (ETSM 8307)
• - Pulse spectroscopy (PS 8306)
• - Electronic excitations and radiation defects in ionic-molecular crystalls (EERDIC 8305)

• - Thermodynamics, statical physics and physical kinetics (TSPPK 8201)

• - Ionic beam modification of materials (IBMM 7303)

Master (scientific-pedagogical):

• - Actual problems of modern physics

• - Additional sections of Theoretical Physics
• - Actual problems of modern physics (APSF 5301)

• - Actual problems of modern physics (APMP 5301)

• - Computer modeling of physical processes (CMPP 5311)

• - Computer modeling of physical processes (CMPP 5307)

• - Computer modeling of physical processes (CMPP 5226)
• - Quantum chemical modeling (QCM 5224)
• - Selected chapters of modern physics (SChMPh 5301)

• - Computer technologies for teaching physics (CTTPh 6306)

• - Nanostructures and nanoclusters (Nano 5214)

• - Computer technologies for teaching physics (CTTPh 6307)

• - Methodology of solving problems in physics of increased complexity (MSPPhIC5204)

• - Trends in physical science. Methods of spectral analysis.

• - Smart technologies in the educational process in physics

• - Physics of dosimeters and scintillators (PhDS 5314)
• - Modeling of physical processes (MPP 5314)
• - Information technologies in the professional activity of a physics teacher
• - Modeling of physical processes and computer simulations