Bachelor's
Degree
Russian
Language
4 years
Duration
Department:
School of High Technologies
About the program
Preparation of the bachelors program "Metallurgy" is based on the skills of using professional work with teachers who have serious theoretical training and practical skills in the field of electrometallurgical processes. The research object for the practical application of learning outcomes are electrolysis of cryolite alumina melts, production of baked anodes, foundry production. Students receive knowledge and practical skills on modern laboratory equipment, do the practical training in research organizations and industrial enterprises of a metallurgical field (aluminum production).
Learning outcomes
- opportunity to engage in research, creative, production-technological and innovative activities in the field of electrometallurgical technologies
- knowledge of theory and technology of industrial methods of production of aluminum from alumina using modern processes
- opportunity to engage in research, creative, production-technological and innovative activities in the field of electrometallurgical technologies, production of baked anodes, foundry production
- skills in performing technological and design calculations
Career opportunities
After graduation, you can find a job:
- in research and industry institutes of metallurgical profile;
- at industrial enterprises of the largest metallurgical corporation Rusal;
- in laboratories of metallurgical enterprises;
- other organizations related areas.
- in research and industry institutes of metallurgical profile;
- at industrial enterprises of the largest metallurgical corporation Rusal;
- in laboratories of metallurgical enterprises;
- other organizations related areas.
Curriculum
1 semester
1 year
2 semester
1 year
MathematicsForeign languageFundamentals of business communicationHistory of RussiaFundamentals of scientific researchOrganization and planning of the experimentEducational practice: introductory practiceEducational practice: research work (obtaining primary skills of research work)Analytical and physical chemistryIndustrial practice: technological (design and technological) practice
3 semester
2 year
Foreign languageAnalytical and physical chemistryIndustrial practice: technological (design and technological) practiceCritical and systems thinkingThe basics of inclusive interactionEconomyMathematical modeling of the experimentProject managementMaterials ScienceMachine parts and fundamentals of metrologyMetallurgical technologies
4 semester
2 year
Foreign languageAnalytical and physical chemistryMaterials ScienceMachine parts and fundamentals of metrologyMetallurgical technologiesElectrical and Electronics engineeringFundamentals of project activityMetallurgical heat engineeringCarbon materialsStructure and properties of aluminum alloysElectrochemistry of molten salts
5 semester
3 year
Foreign languageIndustrial practice: technological (design and technological) practiceMetallurgical technologiesJurisprudencePhilosophyModeling of processes and objects in metallurgyEnvironmental safetyTheory of hydrometallurgical processesTheory of electrometallurgical processesEnrichment of non-ferrous metal oresProject activities
6 semester
3 year
Industrial practice: technological (design and technological) practiceMetallurgical technologiesProject activitiesInformation technologies in metallurgyTheory of pyrometallurgical processesEducational foresightMetallurgy of secondary metalsFoundry process theoryMetallurgical production equipment and protection of metals from corrosion
7 semester
4 year
Metallurgical technologiesProject activitiesMetallurgical production equipment and protection of metals from corrosionBest Available Techniques in MetallurgyMetallurgy of heavy non-ferrous metalsMetallurgy of precious metalsMetallurgy of light metalsMetallurgy of rare metalsProduction of prebaked anodesFoundry industryElectrometallurgy of aluminum and design of electrolysis shops
8 semester
4 year
Project activitiesProduction of prebaked anodesFoundry industryElectrometallurgy of aluminum and design of electrolysis shopsLife safetyEconomics and Management in metallurgyEcology of aluminum productionAutomation of production processesInstallation of anode blocksAluminum refining and modificationDry gas cleaning of electrolysis departmentsAnalytical quality control of technological materials and finished products in aluminium productionIndustrial practice: undergraduate practice
Teaching staff
Senior Teacher:
Department of Applied Mathematics and Computer Science
Phone
Professor:
Department of Chemistry and Biotechnology named after V.V. Tuturina
Phone
Phone
Associate Professor:
Department of Aircraft Engineering and Operation of Aviation Equipment
Phone
Mail
Associate Professor:
Department of Metallurgy of Non-Ferrous Metals
Phone
Director of the School:
School of Extramural and Evening Education
Phone
Mail
Professor:
Department of Physical Education
Phone
Associate Professor:
Department of Metallurgy of Non-Ferrous Metals
Phone
Associate Professor:
Department of Chemistry and Biotechnology named after V.V. Tuturina
Phone
Mail
Associate Professor:
Department of Chemistry and Biotechnology named after V.V. Tuturina
Phone
Mail
Associate Professor:
Department of Industrial Ecology and Life Safety
Phone
Associate Professor:
Department of Mineral Processing and Environmental Protection named after S.B. Leonov
Phone
Mail
Associate Professor:
Department of Materials Science, Welding and Additive Technology
Phone
Mail
Associate Professor:
Department of Metallurgy of Non-Ferrous Metals
Associate Professor:
Department of Power Supply and Electrical Engineering
Head of the Office:
Department of Research Affairs
Phone
Mail
Associate Professor:
School of High Technologies
Phone
Fees and funding
Entrance exams
Applicants take a computer entrance exam in Russian or provide CEFR level B1, TORFL level 1 or equivalent to the Russian-taught program.
Contact us
Phone
+7 (395) 240-52-15
Mail
admission@istu.edu
Contact us
