6B07220 Mеtallurgy

Name of the EP

6B07220 - «Metallurgy»

Code and Classification of Education

6B07 - "Engineering, Manufacturing and Civil engineering"

Code and Classification of Areas of Training

6B072 - Manufacturing and processing

Group of educational programs (EP)

B071 - Mining and mineral extraction

Language learning

English, Russian, Kazakh

The complexity of EP

240 credits

Distinctive features of EP

-

Partner University (JEP) -

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Purpose of the EP

Training of necessary bachelors with fundamental theoretical knowledge and practical skills, methods and tools in the field of metallurgy.

Name of the degree awarded

«Bachelor of  Еngineering and Technologies»

Field of professional activity

Non-ferrous and ferrous metallurgy, science.

Learning out comes

LO1 Communicate freely in a professional environment and society in Kazakh, Russian, English, taking into account the principles of academic writing and a culture of academic honesty and decency.

LO2 Demonstrate science, mathematics, social, socio-economic, cultural and engineering knowledge; methods of mathematical data processing, theoretical and experimental research and elements of economic analysis in the professional field.

LO3 Obtain non-ferrous and ferrous metals and their alloys, applying fundamental knowledge of the physical and chemical laws of metallurgical processes, rationally using mineral raw materials.

LO4  Conduct Research, Including Expert Studies, in the Field of Non-ferrous and Ferrous Metallurgy Using Modern Scientific and Experimental Methods and AI for Analyzing Metallurgical Data, Interpreting the Results with Conclusions and Preparing Expert Opinions.

LO5 Develop complex, energy-saving, environmentally friendly and waste-free pyro- and hydrometallurgical technologies with the rational use of natural and man-made raw materials.

LO6    Ensure control of metallurgical production processes in compliance with the sequence of technological stages, parameters and modes.

LO7 Compile material and heat balances of technological processes for the production of metals based on a systematic analysis of technological processes.

LO8  Design Metallurgical Enterprises Using Basic Calculation and Equipment Selection Methods, Adhering to Current Standards, and Applying Automatic Control Means and Digital Technologies to Manage Technological Processes Using Artificial Intelligence.

LO9   Process statistical indicators taking into account programming skills and working with big data, followed by monitoring the performance of automated and cyber systems.

LO10 Use research, entrepreneurial and uncertainty skills; continuously improve their skills throughout their lives.

LO11   Work effectively individually, as a team member, correctly defend your point of view, take independent actions to solve production problems, showing analytical and systems thinking to manage and optimize production processes.