Educational program

More details
Code – Speciality 8D07202 - Metallurgy
The aim of the educational program

Training, based on the integration of education and science, of highly qualified scientific and pedagogical personnel, competitive both within the country and in the international labor market, capable of solving issues of improving society, economics, production, science and developing new technologies in the field of metallurgy
Graduate model
Graduate qualification Professional sphere:

Sections of science and technology containing a set of means, methods and methods of human activity aimed at creating competitive products of non-ferrous and powder metallurgy, composite materials and coatings, promising technologies for processing mineral raw materials and based on the use of modern methods and means of design, mathematical and computer modeling of technological processes.
The object of professional occupation:

- educational institutions (higher, secondary, professional);

- design and research organizations, factory laboratories;

- industrial enterprises of ferrous and non-ferrous metallurgy;

- mining enterprises;

- firms of various forms of ownership.
Types of professional occupation:

- design and technological;

- production and technological;

- organizational and managerial;

- innovative.
Functions of professional occupation:

Confident mastery of skills:

- critical understanding of accumulated experience, evaluation and comparison of various scientific theories and ideas;

- analytical and experimental scientific activities;

- planning and forecasting of research results;

- public speaking and public speaking at international scientific forums, conferences and seminars;
- necessary for critical thinking, observation, the ability to interpret, analyze, the ability to evaluate;

- a systematic understanding of the field of research and demonstrate the quality and effectiveness of the selected scientific methods;

- participation in scientific events, fundamental scientific domestic and international projects;

- leadership management and team management;

- responsible and creative attitude to scientific and scientific-pedagogical activity;

- conducting patent search and experience in the transfer of scientific information using modern information and innovative technologies;

- protection of intellectual property rights to scientific discoveries and developments.
Graduate competences map
Formed core competencies Program outcome
1. Ability to demonstrate innovation and independence in work and educational activities Analyze, evaluate and compare various theoretical concepts in the field of metallurgy and take part in carrying out research and development work
Develop new ideas or processes in teaching and show a high level of understanding of learning processes
2. Ability to be a leader, to be guided by generally accepted social norms and criteria Have leadership management skills based on qualitative analysis of human capital and team management, have scientific writing and scientific communication skills
Carry out development, monitoring, control of design preparation of production, methods and technologies for creating innovative products in the metallurgical industry
3. Critically analyze, evaluate and synthesize new and complex ideas and make strategic decisions in the field of metallurgy Develop and implement innovative technologies in the field of processing of mineral and man-made raw materials
Constantly engaged in the deepening of special knowledge through the expansion of methodological and analytical research apparatus
4. Ability to communicate authoritatively in a critical dialogue with equal - status professionals Possess the basic laws of basic disciplines in application to the description and modeling of technological processes of metallurgy
Apply modern and innovative teaching technologies and contribute with your own original research to expand the boundaries of the scientific field
Modular Curriculum
Base disciplines Profiling disciplines Additional types of study