Bachelor:

• - Chemistry (Him 1202)
• - Methods of detection elements

• - Chemistry (Chem 1201)
• - Chemistry (Chem 1204)

• - Colloidal Chemistry (CCh 4307)
• - Macromolecular Chemistry (ChHC 3305)
• - Fundamentals of chemistry of nanomaterials (FCN 3305)

• - Inorganic and analytical chemistry (IAC 1201)
• - Chemistry of metalorganic compounds (CMC 4311)
• - Fundamentals of metal science (BPM 4313)
• - General chemical technology (GCT 3311)

• - Analitical chemistry (ACh 2301)
• - Chemistry (Him 2104)
• - Chemistry (Chim 2203)
• - Chemistry of silicates (ChS 3221)
• - Theoretical bases of Inorganic Chemistry (TBIH1201)

• - General chemical technology (GChT 3209)
• - Chemical of fertilizers (ChF 3220)
• - History and methodology of chemistry (HMC 1203)

• - Electrochemical and spectro-photometric analysis methods (ECCPAM 3302)
• - Fundamentals of chemistry of nanomaterials (FCNM 4326)
• - General and analytical chemistry* (GACh 1313)
• - Technology of production and processing of polymers (TPPP 3316)
• - Chemistry of organo-elements compounts (COEC 4308)
• - Chemical technology of inorganic compounds (CTIC 3312)
• - Chemical technology of organic compounds (CTOC 3316)
• - Bases of physical and chemical analysis (BPCA 4312)

• - Theoretical bases of Inorganic Chemistry (TBIH 1201)
• - Basis of material science (BMS 4306)
• - Chemistry of elements (CE 1203)
• - Organic chemistry
• - Quantitative methods of analysis. (QMA2211)
• - Chemistry and physics of polymers (CFP4307)
• - Chemistry and physics of polymers (CPP 4306)
• - Chemistry of sulfur (CS-2207)
• - Chemistry of solid combustible materials (CSCM 4218)
• - Environmental control of chemical production (ECCP 3214)

• - Inorganic and analytical chemistry (IAC 1202)
• - Analytical chemistry (AC 2204)
• - Chemistry of heterocyclic compounds (CHC 3302)
• - Fundamentals of stereochemistry and conformational analysis of organic compounds (FSCAOC 2207)
• - General chemistry (GC 3223)
• - Applied Chtmistry (ACh 3235)
• - Reactionary activity and catalysis (RAC 3303)
• - Chemistry of elements
• - Chemistry
• - Chemistry

• - Kinetics and electrochemistry (KE 2209)
• - Fundamentals of quantum mechanics and computer chemistry (FQMCC 3214)
• - Chemistry of elements
• - General chemistry
• - Catalytic and electrochemical processes (CEP 3302)
• - Analitical chemistry
• - Chromatographic methods for the separation and analysis of organic substances (CMSAOS 2211)
• - Extraction of inorganic compounds (EIC 3212)
• - Analytical chemistry
• - Bases of biochemistry (BB 3212)
• - Macromolecular Chemistry (MC3303)
• - Chemical technology of organic substances (CTOS 3215)
• - Chemical technology of inorganic substances (CTIS 3301)
• - Chemistry of heterofunctional compounds (CHC3302)
• - Geoecology (GeoE 4406)
• - Chemical technology of organic compounds (CTOC 3216)
• - Chemistry and technology of special polymers (CTSP4307)
• - Corrosion electroplating and electroplating (CEE 4305)
• - Methods for detecting elements
• - Basic laws of chemistry (BLC 3213)
• - Nanostructured materials and their production (NMTP 4307)
• - Theoretical foundations of inorganic chemistry

• - Chemical of functional derivatives of organic molecules (CFDOM 2210)
• - Alumina and silicate materials (ASM 3213)
• - Chemistry (Chim 1203)
• - Hydrochemistry (Hhem 2215)
• - Chemistry of ferrous and non-ferrous metals (FQMCC 3214)
• - Chemical methods of quantitative analysis
• - Quantitative analysis
• - Analytical control in chemical production (ACCP 4306)
• - Technology of production and processing of polymers (TPPP 3216)
• - Technology and production of rare-metal raw materials (TPRMRM 3303)
• - Fundamentals of scientific research
• - Spectroscopic methods for analyzing organic compounds (SMAOC4305)
• - Chemistry and technology of biologically active compounds (CTBAC4306)
• - Chemical technology of inorganic compounds (CTIC 3217)
• - Chemistry of rare, rare-earth and noble metals (CRRENM 4207)
• - Disposal of industrial waste. (DIW 4308)
• - Methods of organic and petrochemical synthesis (MOPS 4218)
• - Chemistry of salts and mineral fertilizers
• - Chimistry
• - Basis of scientific research
• - Chemistry and technology of polymer composite materials (CTPCM4308)
• - Chemistry of heterocyclic compounds
• - Chemistry of elements (CE 1203)

Doctor PhD:

• - Chemistry of natural compounds (CNC 7308)

• - The kinetic and mechanisms of reactions of complex compounds (KMRCC 7305)

• - The kinetic and mechanisms of reactions of complex compounds (KMRCC 7303)

• - Science research methods (SRM 8204)

• - Methods of fine organic synthesis and modification of polymers (MFOSMP 7303)

• - Selected chapters of physical chemistry (SCPC 7302)
• - Selected chapters of inorganic chemistry (BHTT 7301 IGNH 7301 SCIH 7301)
• - The kinetic and mechanisms of reactions of complex compounds (KMRCC 7203)

• - Methods of fine organic synthesis and modification of polymers (MOSMP 7204)
• - Structure of liquids and inorganic solvents (SLIS 7202)
• - Aspects of catalytic processes in petrochemistry (ACPPC 7303)
• - Chemistry of natural compounds (ChNC 7305)

• - Selected chapters of inorganic chemistry

Master (specialized):

• - Fundamentals of Nanomaterials chemistry (FCNM 5309)

Master (scientific-pedagogical):

• - Chemistry of surface and nanoparticles (CSN 5206)
• - Sorption processes in analytical chemistry (SPACh 5205)

• - Physical-chemical of semiconductor synthesis (FCFS 6213)
• - Sorption processes in analytical chemistry (SPAC 5205.)
• - Organizing and planning of scientific research work (OPSR 5205)

• - Fundamentals of nanomaterials chemistry (FChNM 6207)
• - Physico-chemical fundamentals of semiconductors (PCFS 6209)
• - Structure of nanosystems and photonics (SNSP 6312)

• - Analytical control of chemical processes (ACChP 5204)
• - Physico-chemical fundamentals of semiconductor (PhChFS6305)
• - Physical chemistry of nanodimensional systems (PhChNS5203)
• - Selected chapters of Analitical chemistry (SCACh5205)

• - Modern methods for studying the composition, structure and properties of substances and materials (MMSCSPSM 6307)
• - Methodological teaching aspects of Analitical chemistry (MTACECh 5205)
• - Sorption processes of analytical chemistry (SPACh5205)
• - Methodologies for the development of teaching educational and methodical complexes in chemistry (MDEMCCh 5304)
• - Structure of nanosystems and photonics (SNSP 6316)
• - Sorption processes of analytical chemistry (SPACh 5204)
• - Modern spectral methods for the analysis of organic substances

• - Computer technologies in science and education (KTNO 5204)
• - Methodological teaching aspects of Physical and colloidal chemistry (MTAPCCh 5303)
• - Modern catalysts in the oil refining industry (MCORI 5207)
• - Membrane separation methods (MSM 5304)
• - The structure and reactivity of inorganic compounds (SRIC5304)
• - Information technology in chemistry (ITCh 6305)
• - Theories and problems of physical chemistry (TPPhCh5203)
• - Methodologies and methods of scientific research (MMSR 6307)
• - Modern problems of organic chemistry
• - Structure of nanosystems and photonics (SNSP 6311)
• - Chemistry and modern technologies of hydrocarbon and fuel processing
• - Physical and chemical foundations of semiconductors and solids
• - Energy and resource-saving chemical technologies
• - Thermocatalytic processes of petrochemistry
• - Modern methods of studying the composition and structure of substances

• - Modern technologies in chemical education (MTChE 5203)
• - Inorganic Production Basics (IPB 5203)
• - Methodology and advanced teaching technology of Chemistry of complex compounds (MATTAC 6306)
• - Methodological principles of teaching organic chemistry and polymer chemistry (MPTOChPCh 5302)
• - Applied Aspects of Nanomaterial (AAN 6306)
• - Catalysis and catalytic processes
• - Methodological aspects of teaching general and inorganic chemistry (MATGICh 5204)
• - Organization and planning of research (OPR 5304)
• - Organization and planning of research
• - Physical and chemical analysis of the structure of substances
• - Actual problems of water purification and treatment
• - Advanced Thermodynamics and Kinetics in Chemical Engineering
• - Principles and practice of catalysis
• - Advanced Polymeric Materials
• - Optimization and Control of Process
• - Chemical Kinetics and Reaction Engineering
• - Mathematical Modeling in the Petrochemical Industry