48 monthsProgramme duration
3,589 USDTuition Fee/year
SepStarting Month
Programme overview
Main Subject
Engineering - Mineral and Mining
Degree
Other
Study Level
Undergraduate
Study Mode
On Campus
Training of specialists for implementing the modern technologies for production of rare metals and their compounds based on natural, secondary and man-made raw materials in RK, as well as chemical concentrates of natural uranium.
Specialists of the given profile develop technologies for manufacturing the rare, rare-earth and radioactive elements, their compounds and alloys including these metals, used in such high-tech industries as nuclear power, radio and microelectronics, optics, chemical industry, metallurgy, medicine, etc. The production volume of the given products determines the potential of the country’s innovative development. Therefore, this branch of domestic industry is one of the state’s priorities in science and technology sphere.
Students study technologies of rare metals and nuclear technology, refinement of raw materials of various types, chemical methods related to enrichment of rare and radioactive elements’ ore concentrates, low-waste, resource-saving technological schemes at nuclear industry, utilization of resources released as a result of conversion (fluorine, waste uranium, etc.)
Students grasp physical-chemical bases of enrichment processes, methods of techno genic and secondary raw materials utilization, technologies of waste transformation into useful products, physical-chemical bases of materials synthesis based on rare metals and production of products from them.
Graduates work at industrial enterprises of mining and mining-processing, chemical and metallurgical complexes, uranium enterprises of various forms of ownership, at workshop, factory and research institutes, laboratories, engineering companies, as well as technical universities.
Specialists of the given profile develop technologies for manufacturing the rare, rare-earth and radioactive elements, their compounds and alloys including these metals, used in such high-tech industries as nuclear power, radio and microelectronics, optics, chemical industry, metallurgy, medicine, etc. The production volume of the given products determines the potential of the country’s innovative development. Therefore, this branch of domestic industry is one of the state’s priorities in science and technology sphere.
Students study technologies of rare metals and nuclear technology, refinement of raw materials of various types, chemical methods related to enrichment of rare and radioactive elements’ ore concentrates, low-waste, resource-saving technological schemes at nuclear industry, utilization of resources released as a result of conversion (fluorine, waste uranium, etc.)
Students grasp physical-chemical bases of enrichment processes, methods of techno genic and secondary raw materials utilization, technologies of waste transformation into useful products, physical-chemical bases of materials synthesis based on rare metals and production of products from them.
Graduates work at industrial enterprises of mining and mining-processing, chemical and metallurgical complexes, uranium enterprises of various forms of ownership, at workshop, factory and research institutes, laboratories, engineering companies, as well as technical universities.
Programme overview
Main Subject
Engineering - Mineral and Mining
Degree
Other
Study Level
Undergraduate
Study Mode
On Campus
Training of specialists for implementing the modern technologies for production of rare metals and their compounds based on natural, secondary and man-made raw materials in RK, as well as chemical concentrates of natural uranium.
Specialists of the given profile develop technologies for manufacturing the rare, rare-earth and radioactive elements, their compounds and alloys including these metals, used in such high-tech industries as nuclear power, radio and microelectronics, optics, chemical industry, metallurgy, medicine, etc. The production volume of the given products determines the potential of the country’s innovative development. Therefore, this branch of domestic industry is one of the state’s priorities in science and technology sphere.
Students study technologies of rare metals and nuclear technology, refinement of raw materials of various types, chemical methods related to enrichment of rare and radioactive elements’ ore concentrates, low-waste, resource-saving technological schemes at nuclear industry, utilization of resources released as a result of conversion (fluorine, waste uranium, etc.)
Students grasp physical-chemical bases of enrichment processes, methods of techno genic and secondary raw materials utilization, technologies of waste transformation into useful products, physical-chemical bases of materials synthesis based on rare metals and production of products from them.
Graduates work at industrial enterprises of mining and mining-processing, chemical and metallurgical complexes, uranium enterprises of various forms of ownership, at workshop, factory and research institutes, laboratories, engineering companies, as well as technical universities.
Specialists of the given profile develop technologies for manufacturing the rare, rare-earth and radioactive elements, their compounds and alloys including these metals, used in such high-tech industries as nuclear power, radio and microelectronics, optics, chemical industry, metallurgy, medicine, etc. The production volume of the given products determines the potential of the country’s innovative development. Therefore, this branch of domestic industry is one of the state’s priorities in science and technology sphere.
Students study technologies of rare metals and nuclear technology, refinement of raw materials of various types, chemical methods related to enrichment of rare and radioactive elements’ ore concentrates, low-waste, resource-saving technological schemes at nuclear industry, utilization of resources released as a result of conversion (fluorine, waste uranium, etc.)
Students grasp physical-chemical bases of enrichment processes, methods of techno genic and secondary raw materials utilization, technologies of waste transformation into useful products, physical-chemical bases of materials synthesis based on rare metals and production of products from them.
Graduates work at industrial enterprises of mining and mining-processing, chemical and metallurgical complexes, uranium enterprises of various forms of ownership, at workshop, factory and research institutes, laboratories, engineering companies, as well as technical universities.
Admission Requirements
4 Years
Sep
Tuition fees
Domestic
2,346 USD
International
3,589 USD
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