F A C U L T Y O F M E T A L L U R G Y A N D M A T E R I A L S S C I E N C E

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1 F A C U L T Y O F M E T A L L U R G Y A N D M A T E R I A L S S C I E N C E S P E C I A L T I E S : 1 1 ENERGY AND ECOLOGY EFFICIENCY IN METALLURGY METALLURGY OF FERROUS METALS METALLURGICAL NON-FERROUS METALS AND ALLOYS METAL CASTING PHYSICAL METALLURGY MECHANICAL METALLURGY SYSTEMS AND EQUIPMENT FOR ENVIRONMENTAL PROTECTION IN METALLURGY METROLOGY METALLIC MATERIALS MATERIALS SCIENCE AND ENGINEERING (taught in English language) NANOTECHNOLOGY AND NANOMATERIALS POLYMER MATERIALS SEMICONDUCTOR MATERIALS AND TECHNOLOGIES SILICATE MATERIALS

2 FACULTY OF METALLURGY AND MATERIALS SCIENCE Subject code Specialty:ENERGY AND ECOLOGY EFFICIENCY IN METALLURGY Professional qualification: Engineer-Metallurgist, Engineer (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES One fundamental subject: m326 Physics of Metals І E ,4 2,6 І E ,2 3,8 5 Courses for different bachelor-degree background: b449 Furnaces and Technological Aggregates I І E ,5 1,5 І E ,9 2,1 3 b238 Furnaces and Technological Aggregates II І E ,5 1,5 І E ,9 2,1 3 m179 Modeling of High Temperature Processes and Equipment І E ,5 3,5 І E ,0 5,0 7 Options: one of the specialized subjects must be chosen m390 - Flash Technological Processes І E ,5 3,5 ІІ E ,0 5,0 7 m452 - Industrial Cleaning Systems І E ,5 3,5 ІІ E ,0 5,0 7 m224 - Basics of Material Flows Utilization Processes І E ,5 3,5 ІІ E ,0 5,0 7 m127 Metallurgical Furnaces and Equipment Project I І Pr ,6 3,4 І Pr ,4 3,6 4 Hours per semester m073 Energy Efficiency in Metallurgy ІІ E ,4 4,6 ІІ E ,2 5,8 7 m063 Environmental Ensuring of Metallurgical Enterprises ІІ E ,4 4,6 ІІI E ,2 5,8 7 m136 Research Project ІІ Pr ,0 3,0 ІІI Pr ,8 4, (365) of self-training Total credits 23 (29)

3 m128 Metallurgical Furnaces and Equipment Project I ІI Pr ,6 3,4 ІII Pr ,4 3,6 4 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15

4 Subject code Specialty: METALLURGY OF FERROUS METALS Professional qualification: Engineer-Metallurgist, Engineer (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES One fundamental subject m326 Physics of Metals І E ,4 2,6 І E ,2 3,8 5 Courses for different bachelor-degree background: b217 Fundamentals of Extractive Metallurgy and Casting І E ,5 1,5 І E ,0 2,0 3 b444 Fundamentals of Physical Metallurgy I E ,5 1,5 I E ,0 2,0 3 m327 Theory of Sintering and Blast-Furnacing Processes І E ,0 3,0 І E ,0 4,0 5 m340 Theory of Steelmaking І E ,0 3,0 ІI E ,0 4,0 5 m339 Theory of Ore-thermal Processes I E ,0 3,0 II E ,0 4,0 5 m176 Mineralogy І C ,6 2,4 І E ,8 3,2 4 Hours per semester m289 Special Steels and Irons ІІ E ,4 3,6 ІІ E ,2 4,8 6 m040 Gases and Non-Metal Inclusions in the Steel ІІ E ,0 3,0 ІІI E ,0 4,0 5 Options: one of the specialized subjects must be chosen m352 - Technological Calculations in Metallurgy ІІ E ,0 4,0 ІІI E ,0 5,0 6 m941 - Plasma and Electron-Beam Technologies in Metallurgy ІІ E ,0 4,0 ІІI E ,0 5,0 6 m894 - Blocks and Continuously Cast Billets Defects in the Steel ІІ E ,0 4,0 ІІI E ,0 5,0 6 m136 Research Project II Pr ,0 3,0 III Pr ,8 4, (340) of self-training Total credits 24 (30)

5 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15

6 Subject code Specialty: METALLURGY OF NON-FERROUS METALS AND ALLOYS Professional qualification: Engineer-Metallurgist, Engineer (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES One fundamental subject m326 Physics of Metals І E ,4 2,6 І E ,2 3,8 5 m176 Mineralogy І C ,6 2,4 І C ,8 3,2 4 m076 Corrosion and Metals Protection І E ,0 2,0 І E ,0 3,0 4 m313 Fundamentals of Autogenous and Autoclave Processes I ,0 2,0 II ,5 2,5 3 m133 Project of Heavy Non-Ferrous Metals І Pr ,8 1,2 І Pr ,4 1,6 2 Courses for different bachelor-degree background: Fundamentals of Extractive Metallurgy of Heavy Nonb314 Ferrous Metals І E ,5 2,5 І E ,2 2,8 4 b355 Technological Design for Non-Ferrous Metals Production І E ,0 1,0 І E ,5 1,5 2 Options: one of the specialized subjects must be chosen m389 Phase equilibrium in pyro- systems I E ,8 3,2 II E ,9 4,1 5 m825 Metallurgy of Gold and Silver I E ,8 3,2 II E ,9 4,1 5 m857 Recycling of Non-Ferrous Metals and Alloys I E ,8 3,2 II E ,9 4,1 5 Hours per semester m469 Chemical Technologies in Non-Ferrous Metallurgy ІІ E ,8 2,2 ІІ E ,9 3,1 4 m305 Structure, Properties and Heat Treatment of Non-Ferrous Metals ІІ E ,8 3,2 ІІ E ,9 4, (340) of self-training Total credits 23 (29)

7 m273 Processes and Apparatuses in Non-Ferrous Metallurgy II E ,8 3,2 III E ,9 4,1 5 m313 Fundamentals of Autogenous and Autoclave Processes II E ,0 2,0 III E ,1 2,9 4 m136 Research Project ІІ Pr ,4 3,6 ІІI Pr ,2 4,8 6 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15

8 Subject code Specialty: METAL CASTING Professional qualification: Engineer-Metallurgist, Engineer (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES One fundamental subject m326 Physics of Metals І E ,4 2,6 І E ,2 3,8 5 Courses for different bachelor-degree background: b360 Technology of Molding Processes І C ,5 1,5 І E ,8 2,2 3 b361 Technology of Casting Alloys І C ,5 1,5 І E ,8 2,2 3 m176 Mineralogy І C ,6 2,4 І E ,8 3,2 4 m333 Theory of Casting Processes І E ,0 4,0 І E ,0 6,0 8 m344 Theory of Molding Processes І E ,5 3,5 ІІ E ,0 5,0 7 Hours per semester m289 Special Steels and Irons ІІ E ,0 3,0 ІІ E ,5 4,5 6 m288 Special Non-Ferrous Metals Alloys ІІ E ,0 3,0 ІІІ E ,5 4,5 6 Options: one of the specialized subjects must be chosen m352 - Technological Calculation in Metallurgy ІІ E ,5 2,5 ІІ E ,3 2,7 5 m758 - Environmental Problems of The Casting Technology ІІ E ,0 2,5 ІІI E ,3 2,7 5 m761 - Heat Processes at Metal Cast Mold ІІ E ,5 2,5 ІІ E ,3 2,7 5 m136 Research Project ІІ Pr ,0 3,0 ІІІ Pr ,5 4,5 6 Hours per semester (340) of self-training Total credits 24 (30)

9 Pre-graduation practice (full-time studies/part-time studies) 4 weeks/ 2 weeks Pr Pr 8 Diploma Thesis 20 weeks ІII DT ІV DT 15

10 Subject code Specialty: PHYSICAL METALLURGY Professional qualification: Engineer-Metallurgist, Engineer (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES One fundamental subject m326 Physics of Metals І E ,4 2,6 І E ,2 3,8 5 Courses for different bachelor-degree background: b159 An Introduction to Physical Metallurgy І E ,5 1,5 І E ,2 1,8 3 b226 Heat Treatment Fundamentals І E ,5 1,5 І E ,2 1,8 3 Options: two of the specialized subjects must be chosen m388 - Phase Transformations in Metals and Alloys І E ,8 4,2 І E ,4 5,6 7 m219 - Principles of Alloying and Alloys Synthesis І E ,8 4,2 ІІ E ,4 5,6 7 m781 - Metallography І E ,8 4,2 ІІ E ,4 5,6 7 m767 - Technical and Quality Control of Metallurgical Production І E ,8 4,2 ІІ E ,4 5,6 7 m136 Research Project І ,0 1,0 І ,5 1,5 2 m126 Metallography Project І Pr ,6 3,4 ІІ Pr ,4 3,6 4 Hours per semester m831 Heat Treatment of Special Steels and Alloys ІІ E ,5 3,5 ІІ E ,8 5,2 7 m306 Structure, Properties and Heat Treatment of Non-Ferrous Alloys ІІ E ,5 3,5 ІІІ E ,8 5,2 7 m136 Research Project ІІ ,0 2,0 ІІІ ,8 3,2 4 m134 Heat Treatment Project ІІ Pr ,6 3,4 ІІІ Pr ,4 3, (355) of self-training Total credits 25 (31)

11 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15

12 Subject code Specialty: MECHANICAL METALLURGY Professional qualification: Engineer-Metallurgist, Engineer (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES One fundamental subject m326 Physics of Metals І E ,4 2,6 І E ,2 3,8 5 Courses for different bachelor-degree background: b398 Physical Fundamentals of Metal Forming І E ,5 1,5 І E ,9 2,1 3 b353 Technological Fundamentals of Metal Forming І E ,5 1,5 І E ,9 2,1 3 m174 Microplasticity and Macroplasticity І E ,0 4,0 І E ,5 5,5 7 Structural Integrity. Strength and Quality Control І E ,0 4,0 ІІ E ,5 5,5 7 m136 Research project І ,0 2,0 І ,5 2,5 3 m262 Project on Metal Forming I Pr ,6 1,4 І Pr ,4 1,6 2 Hours per semester m195 Advanced Methods of Metal Forming ІІ E ,4 2,6 ІІ E ,2 3,8 5 Options: one of the specialized subjects must be chosen m161 - Testing of Metals ІІ E ,8 3,2 ІI E ,4 4,6 6 m769 - Fracture of Metals ІІ E ,8 3,2 ІI E ,4 4,6 6 m780 - Fatigue of Metals ІІ E ,8 3,2 ІI E ,4 4,6 6 m386 Reengineering in Metal Forming ІІ E ,8 3,2 ІІI E ,4 4,6 6 m136 Research project ІІ Pr ,5 1,5 ІІI Pr ,0 2, (340) of self-training Total credits 24 (30)

13 m263 Project on Metal Testing, Fracture and Fatigue II Pr ,6 2,4 ІII Pr ,5 2,5 3 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15

14 Subject code Specialty: SYSTEMS AND EQUIPMENT FOR ENVIRONMENTAL PROTECTION IN METALLURGY Professional qualification: Engineer-Metallurgist, Engineer, Chemist, Ecologist (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES Fundamental subjects: two from the optional block І E ,0 2,0 І E ,0 3,0 4 m172 Fluid Mechanics and Disperse Systems І E ,4 2,6 IІ E ,2 3,8 5 m452 Industrial Cleaning Systems І E ,4 3,6 І E ,2 4,8 6 m224 Basics of Material Flows Utilization Processes І E ,8 3,2 ІI E ,5 4,5 6 m124 Project on Environmental Ensuring I І Pr ,6 1,4 І Pr ,3 1,7 2 Hours per semester m063 Ensuring Environmental Sustainability of Metallurgical Enterprises ІІ E ,0 3,0 ІІI E ,0 4,0 5 m073 Energy Efficiency in Metallugy ІІ E ,4 3,6 ІІ E ,2 4,8 6 m455 Standardization and Environmental Management ІІ E ,0 3,0 ІІI E ,0 4,0 5 m136 Research Project ІІ Pr ,0 3,0 ІІI Pr ,8 4,2 6 m125 Project on Ensuring Environmental Sustainability II ІІ Pr ,6 1,4 ІІI Pr ,3 1,7 2 Hours per semester Pre-graduation practice (full-time studies/par-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15 of self-training Total credits

15 Subject code Specialty: METROLOGY Professional qualification: Engineer SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES Fundamental subjects: two from the optional block І E ,0 2,0 І E ,0 3,0 4 Courses for different bachelor-degree background: m220 Materials Science Fundamentals І C ,0 1,0 І E ,6 1,4 2 m242 Semiconductor and Silicate Materials І C ,0 1,0 І E ,6 1,4 2 m438 Metallic and Polymeric Materials I T ,0 1,0 I E ,6 1,4 2 m166 Metrology І E ,8 3,2 І E ,9 4,1 5 m085 Measurement and Examination of Materials I (Electrical Parameters) І E ,2 2,8 І E ,6 3,4 4 m367 Thin Solid Films (Composition, Structure and Properties) I E ,2 1,8 I E ,6 2,4 3 m375 Quality Management I T ,2 1,8 II E ,6 2,4 3 m137 Research Project I Pr ,0 2,0 I Pr ,5 2,5 3 Options: one of the specialized subjects must be chosen m168 Ferrous and Non-Ferrous Metrology I C ,0 1,0 II E ,6 1,4 2 m169 Polymer Materials Metrology I C ,0 1,0 II E ,6 1,4 2 m170 Semiconductor and Silicate Materials Metrology I C ,0 1,0 II E ,6 1,4 2 Hours per semester m406 Chemical Composition of Materials ІІ E ,0 2,0 ІІ E ,0 3,0 4 m086 Measurement and Examination of Materials II II E ,0 2,0 II E ,0 3, (340) of self-training Total credits 24 (30)

16 (Nonelectrical Parameters) m165 Metrological and Normative Ensuring of Measurements II E ,8 3,2 II E ,9 4,1 5 m167 Metrology in Ecology II C ,2 1,8 III E ,6 2,4 3 m138 Research Project ІІ Pr ,5 1,5 ІІI Pr ,8 2,2 3 m243 Semiconductor Sensors ІІ C ,0 1,0 ІІI E ,6 1,4 2 m278 Certification of Materials ІІ T ,0 1,0 ІІI E ,6 1,4 2 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15

17 Subject code Specialty: METALLIC MATERIALS Professional qualification: Engineer-Metallurgist, Engineer, Chemist (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES Two fundamental subjects m040 - CAD 3D (Object modeling in 3D space) I C ,0 1,0 I E ,5 1,5 2 m969 - Theory of Mass service I C ,0 1,0 I E ,5 1,5 2 Courses for different bachelor-degree background: b217 Fundamentals of (Extractive) Metallurgy and Metal casting I C ,5 1,5 I E ,2 1,8 3 b444 Foundations of Physical Metallurgy I C ,5 1,5 I E ,2 1,8 3 m326 Theory and Techniques of High Temperature Experiment I E ,0 2,0 I E ,2 2,8 4 m609 Microstructure and Properties of Metals I E ,8 4,2 I E ,4 5,6 7 m239 Plasticity and Strength of Metal I E ,4 4,6 II E ,4 5,6 7 Hours per semester m304 Structure, Properties and Application of Engineering Alloys II E ,4 4,6 II E ,2 5,8 7 m051 Diffusion Coatings II E ,5 1.5 III E ,8 2,2 3 m199 Advanced Technologies and Materials II E ,4 4,6 III E ,2 5,8 7 m136 Research Project II Pr ,0 3,0 III Pr ,8 4,2 6 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT (340) of self-training Total credits 22 (28)

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19 Специалност: MATERIALS SCIENCE AND ENGINEERING (taught in English language) Subject code Professional qualification: Engineer SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES Additional Courses for students with different background from BEng Materials Science b227 Materials Science I E ,0 2,0 4 b630 Physics of Materials I E ,0 1,0 2 m176 Physical Chemistry of Materials I E ,5 3,5 6 m193 Mechanics of Materials I E ,5 3,5 6 m194 Statistics I E ,0 3,0 5 m195 Information Technologies I E ,0 2,0 4 m197 Language (Specialized) I C ,0 1,0 2 m1000 Sport 30 Hours per semester m198 Engineering Metals and Alloys II E ,0 3,0 5 m199 Properties, Selection and Testing of Materials II E ,0 4,0 7 m202 Environmental Materials Failure and Protection II E ,5 2,5 4 m722 Finite Elements Method II E ,0 2,0 3 m204 Project II C ,0 2 m197 Language (Specialized) II C ,0 1,0 2 m1000 Sport II / 340 of self-training Total credits 23/ 29

20 Hours per semester m207 Engineering Metals and Alloys III E ,5 2,5 4 m209 Engineering Ceramics and Glasses III E ,5 2,5 4 m211 Engineering Polymer Materials III E ,5 2,5 4 m212 Semiconductors (Electronic Materials) III E ,5 2,5 4 ADVANCED MATERIALS Options: one of the specialized subjects must be chosen m213 High Performance Alloys III C ,5 1,5 3 m662 Advanced Ceramics and Glasses III C ,5 1,5 3 m217 Advanced Polymer Materials III C ,5 1,5 3 m219 Amorphous and Glassy Semiconductors III C ,5 1,5 3 Options: one of the specialized subjects must be chosen m220 Composites III C ,0 1,0 2 m222 Nanomaterials and Nanostructures ІII C ,0 1,0 2 m223 Biomaterials III C ,0 1,0 2 m224 Surface Engineering III C ,0 1,0 2 m197 Language (Specialized) III C ,0 1,0 2 m1000 Sport III 30 Additional Optional: one of the subjects must be chosen m226 Modeling in Nanomaterials Science III C ,0 1,0 2 m768 Mechanical Testing of Materials III C ,0 1,0 2 m231 Coatings and Layers III C ,0 1,0 2 m233 Presentation Skills III C ,0 1,0 2 m167 Management III C ,0 1,0 2 Hours per semester Pre-graduation practice 4 weeks III C 8 Diploma Thesis 20 weeks IV DT 15

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22 Subject code Specialty: NANOTECHNOLOGY AND NANOMATERIALS Professional qualification: Engineer, Chemist (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES essment of self-training PART-TIME STUDIES essment Fundamental subjects: two from the optional block I E ,0 2,0 I E ,0 3,0 4 m221 Introduction to Nanoscience and Nanotechnology I E ,8 3,2 I E ,0 4,0 5 m231 Characterization and Properties of Nanostructured Materials I E ,8 3,2 I E ,0 4,0 5 m468 Physical Chemistry of Cluster Compounds I E ,8 3,2 II E ,0 4,0 5 Options: one of the specialized subjects must be chosen m187 Nanocomposites I C ,0 1,0 I E ,5 1,5 2 m181 Modelling of Nanostructures I C ,0 1,0 I E ,5 1,5 2 m404 Fullerens and Related Structures I C ,0 1,0 I E ,5 1,5 2 m136 Research Project I ,5 1,5 I ,8 2,2 3 Hours per semester m031 High Temperature Processing of Nanoparticles and Nanostructured Materials II E ,8 2,2 II E ,0 3,0 4 m196 Low Temperature Processing of Nanoparticles and Nanostructured Materials II E ,8 2,2 II E ,0 3,0 4 m255 Application of Nanostructured Materials II E ,8 2,2 II E ,0 3,0 4 m453 Industrial Design and Equipment II E ,8 2,2 II E ,0 3,0 4 Options: one of the specialized subjects must be chosen of self-training Total credits

23 m189 Nanomaterials in Mechanical Engineering II C ,2 2,8 III E ,6 3,4 4 m190 Nanomaterials in Medicine П C ,2 2,8 III E ,6 3,4 4 m191 Nanomaterials and Environmental Protection II C ,2 2,8 III E ,6 3,4 4 m136 Research Project II Pr ,5 1,5 III Pr ,0 2,0 3 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15

24 Subject code Specialty: POLYMER MATERIALS Professional qualification: Engineer, Chemical-engineer, Chemist-technologist (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES Fundamental subjects: two from the optional block І E ,0 2,0 І E ,0 3,0 4 Courses for different bachelor-degree background: b417 Chemistry and Physics of Polymers І E ,5 1,5 І E ,8 2,2 3 b319 Theoretical Fundamentals of Polymer Processing І E ,5 1,5 І E ,8 2,2 3 m318 Theoretical Fundamentals of Polymer Preparation І E ,8 4,2 І E m772 Mechanical Properties of Polymers І E ,0 4,0 І E ,0 5,0 6 m201 Ennoblement of Fiber Materials І E ,6 2,4 ІІ E ,8 3,2 4 m136 Research Project I І ,0 1,0 ІІ ,5 1, Hours per semester (340) (29) m183 Modification of Polymers from Animals Origin ІІ E ,6 2,4 ІІ E ,8 3,2 4 m184 Modification of Polymers from Plant Origin ІІ E ,6 2,4 ІІ E ,8 3,2 4 m368 Coating Composite Materials ІІ E ,0 4,0 ІІІ E ,0 6 m456 Ageing and Recycling of Polymers ІІ E ,4 3,6 ІІІ E m136 Research Project II ІІ Pr ,0 2,0 ІІІ Pr ,0 3,0 4 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15 of self-training Total credits

25 Subject code Specialty: SEMICONDUCTOR MATERIALS AND TECHNOLOGIES Professional qualification: Engineer, Chemist (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES Physics, Chemistry and Technology of Semiconductor m395 Materials І E ,0 1,0 І E ,9 1,1 2 m357 Technology of Electronic Elements І E ,0 1,0 І E ,9 1,1 2 m332 Theory of Crystal Growth І E ,8 4,2 І E ,9 5,1 6 m007 Amorphous and Glassy Materials І E ,4 3,6 І E ,7 4,3 5 m071 Nanomaterials I C ,2 2,8 I E ,6 3,4 4 m136 Research Project I I Pr ,0 2,0 I Pr ,0 4 Options: one of the specialized subjects must be chosen m367 Magnetism and Magnetic Transmitters of Information I E ,0 1,0 II E ,6 1,4 2 m188 Ferrofluids I E ,0 1,0 II E ,6 1,4 2 m065 Alternative energy sources I E ,0 1,0 II E ,6 1,4 2 Hours per semester m280 Semicoductor Sensors ІІ E ,8 3,2 ІІ E ,9 4,1 5 m084 Measurement of Parameters of Electrotechnical Materials II E ,2 1,8 II E ,6 2,4 3 m151 Membrane Processes for Deep Purification of Substances II E ,8 3,2 II E ,9 4,1 5 m285 Spectra Methods for Analysis of Materials II C ,5 1,5 III E ,8 2,2 3 m138 Research Project II ІІ Pr ,0 1,0 ІІI Pr ,8 1,2 2 Options: one of the specialized subjects must be chosen 250 (340) of self-training Total credits 25 (29)

26 m144 Nanocomposites II C ,0 1,0 ІІI E ,6 1,4 2 m243 Power and Optoelectronic Semiconductor Devices II C ,0 1,0 III E ,6 1,4 2

27 Subject code Specialty: SILICATE MATERIALS Professional qualification: Engineer, Chemist (According to the Bachelor Degree) SUBJECTS FULL-TIME STUDIES of self-training PART-TIME STUDIES Fundamental subjects: two from the optional block І E ,0 2,0 І E ,0 3,0 4 Courses for different bachelor-degree background: Thermal Processes, Aggregates and Equipment in Silicate b365 Technologies І E ,5 1,5 І E ,9 2,1 3 b279 Silicate Materials І E ,5 1,5 І E ,9 2,1 3 m136 Research Project І ,0 2,0 ІІ ,6 2,4 3 m287 Special Ceramic Materials І E ,8 3,2 І E ,9 4,1 5 m634 Mathematical Modeling of Thermal and Hydrodynamic Processes in Silicate Industry І E ,8 3,2 І E ,9 4,1 5 m284 Spectroscopy of Non-Metal Materials І E ,8 3,2 І E ,9 4,1 5 Options: one of the specialized subjects must be chosen m667 Non-Linear Optical Materials І C І E ,5 1,5 2 m180 Design of Materials І C І E ,5 1,5 2 m038 Renewable Energy Sources І C І E ,5 1,5 2 Hours per semester m136 Research Project ІІ Pr ,5 1,5 III Pr ,2 1,8 3 m197 Advanced Glass and Glass-Ceramic Materials ІІ E ,4 3,6 ІІ E ,1 4,9 6 m405 Hybrid Materials ІІ E ,4 3,6 ІІ E ,1 4,9 6 m044 Regular Disperse Systems ІІ E ,4 3,6 ІІI E ,1 4, (340) of self-training Total credits 24 (30)

28 Options: one of the specialized subjects must be chosen m715 Nanostructured Materials ІІ C ІІI E ,5 1,5 2 m032 High Temperature Superconductive Materials ІІ C ІІI E ,5 1,5 2 m211 Behavior and Processes of Thin Films and Layers Structures ІІ C ІІI E ,5 1,5 2 Hours per semester Pre-graduation practice (full-time studies/part-time studies) Pr Pr 8 4 weeks/ 2 weeks Diploma Thesis 20 weeks ІII DT ІV DT 15