Bachelor:

• - Physics
• - Physics (Fiz 1(2)202)

• - Physics 2 (Fiz(II) 2206)
• - Physical chemistry
• - Physics II (Fiz1202)

• - Physics I (Phys (I) 1203)
• - Physics II
• - Vacuum engineering
• - Physics (Phys 1104)

• - Inorganic chemistry (ICh 2211)
• - Methods of production of nanomaterials (MPN 2217)

• - Physics (Phys 1204)
• - Physics 1 (Phys(I) 1203)
• - Physics (Fiz 1203)
• - Colloid chemistry (CCh 2212)
• - Organic chemistry (OCh 2211)
• - Physics I (Phy(I)1202)
• - Structure and properties of silicon (SPS 2216)
• - Nature of chemical bonding in solids (NChBS 3227)
• - Nanostructures (Nan 3223)
• - Vacuum techniques (VT 2207)

• - Physics II (Phys (II) 2202)
• - Physical chemistry (PCh 2218)

• - Physical chemistry (PCh 2213)
• - Physics and chemistry of organic nanomaterials (FChON 4308)
• - Methods of production of nanomaterials (MPN 3222)
• - Modeling of physical properties of organic nanomaterials (MPPON 4309)
• - Methods of research of nanomaterials (MRN 3221)

• - Physics of dielectrics (PD 3219)

• - Vacuum Technology (VT 3310)
• - Vacuum ultraviolet spectroscopy (VUS 3216)
• - Physics and chemistry of nanoclusters (FChN 4319)
• - Criteria-based assessment technology (CbAT 2208)
• - Physics (Fiz 2203)

• - Physical chemistry (PCh 2211)
• - Physics (Phys 1205)
• - Methods for producing nanomaterials (MPN 3308)
• - Research methods of nanomaterials (MIN 3309)
• - Molecular spectroscopy (MS 3312)
• - Methods of teaching physics (MTPh 3301)
• - Pedagogical Technology of Developmental Training (PTODT 3305)
• - Technique of school experiment (TOSE 3302)

• - Pedagogy (Ped 2206)
• - Intersubject communication in the natural sciences (ICNS 4308)
• - Integration of natural science disciplines (INSD 3208)
• - Vacuum Technology (VT 3216)

• - Modeling of physical properties of nanomaterials (MPhPN 4320)
• - Modification of properties of functional materials by an ionizing radiation (MPFMIR 4326)

• - Theory and Methods of Teaching Physics (TMTP 3231)
• - Integration of natural science disciplines (CMS 3201)
• - Quantum mechanics (QM 3211)
• - Integration of natural science disciplines

• - Introduction to Research (ITR 4307)
• - Classical mechanics
• - Fundamentals of research methodology

• - Physics (Fiz 2202)
• - Basics of scientific research
• - Theory and methods of teaching physics (TMTPh 4225)
• - Quantum mechanics (QM 3214)
• - Physics (Fiz 1202)
• - Methods of teaching of physics (MTPh2201)
• - Physical Optics (PhO 2206)
• - Methodology for the application of pedagogical innovative technonlogies in physics lessons
• - Integration of natural science disciplines (INSD 3201)
• - Technique of school experiment
• - Electromagnetism
• - Organization of project activities in physics
• - Theoretical foundations of the school physics course and methods for solving physical problems

• - Physical English
• - Physics of the nucleus and elementary particles
• - Astronomy
• - Fundamentals of physics of STEM education at school
• - Electrocity and magnetism
• - Fundamentals of Robotics
• - Methods of organizing elective classes in physocs
• - Methods od Research a lesson in physics

Master (scientific-pedagogical):

• - Physical and chemical kinetics (PCK 5306)
• - Experimental research reactor materials and their structural analogues (ERRMTSA 5308)

• - Photo - cathodochromic materials (FTM 5212)

• - Modern methods of teaching physics (MMTPh 5205)
• - Luminescence of Complex Molecules (LCM 5310)
• - Chemistry and Physics of Solids (CPS 5305)
• - The concept of modern education of natural scences (CMENS 5303)

• - Methodology and meth-ods of scientific research in physics (MMSRPh 6308)

• - Nanostructures and nanoclusters (Nano 5214)

• - Methodology of formation of students ' research skills in teaching physics. (MFSRSTPh 5203)
• - Computer technologies for teaching physics (CTTPh 6307)
• - Implementation of interdisciplinary connections in physics lessons (IICPhL 5302)
• - Scientific theoretical bases of geography (STBG 5301)

• - Nanostructures and nanoclusters (NN 5206)
• - Application of GIS and remote sensing in the study of natural-territorial complexes

• - Didactics of solving experi-mental physical problems
• - Modern physical practicume in high school

• - Organization of scientific pedagogical research in physics teaching (OSPRPhT 6304)
• - Methodology of work with gifted children in teaching physics (MWGChTPh 6305)
• - Theoretical foundations of the study of geosystems
• - Evolutionary Biology (EB 5301)
• - Evaluation of learning outcomes in the educational process in physics
• - Smart technologies in the educational process in physics
• - Interdisciplinary integration of sciences in the educational process in physics
• - Innovative educational technologies in teaching physics (IETTPh 6307)
• - The scientific foundations of the design of the educational process in physics
• - Methodology for integrated teaching of physics with other subjects

• - Innovative educational technologies in teaching physics (IETTPh 6307)
• - Mutation process (MP5302)
• - Technologies in Teaching Biology (TTB 5304)
• - Methods of using artificial intelligence in teaching physics
• - Environmental physics, ecology and green technologies
• - Preparing Physics Teachers to Develop Students'' Functional Literacy

Doctor PhD:

• - Methodology for the implementation of interdisciplinary continuity of natural science disciplines
• - Development of critical thinking in students in the system of professional competencies