Bachelor's programme

Metallurgical engineeringCompetencies

Bachelor's050627Mechanical engineering and metallurgyMetallurgy and materials technology39 subjects

Programme competencies

The professional and specialty competencies a graduate acquires.

30 competencies

Professional competencies· 21

  • COMPETENCY-70823

    Ability to apply raw materials used in metallurgy and their preliminary processing, production of cast iron, modern methods of obtaining iron (directly from ore), ferroalloys and their methods of obtaining, steel production methods

  • COMPETENCY-38231

    Ability to analyze production technologies of non-ferrous metals, as well as special smelting facilities, various technological equipment

  • COMPETENCY-41635

    Ability to have extensive knowledge of raw materials, fuels and refractories used in the production of ferrous alloys

  • COMPETENCY-32535

    Knowledge of iron ores and their preparation for smelting, industrial waste, fluxes, technologies for obtaining metal logs directly from ore

  • COMPETENCY-83946

    Knowing the technology of preparation of slag materials during the production of agglomerate, production of ore grains and production of pig iron

  • COMPETENCY-50889

    Knowing the physico-chemical processes during the production of cast iron and steel, the requirements for liquid cast iron and steel

  • COMPETENCY-82857

    Mastering extensive information about ferroalloys of various metals and their fields of application, melting furnaces used in this process and their requirements, mastering the production of ferrosilicon, ferromanganese and ferrochrome

  • COMPETENCY-56674

    The ability to know the production of steel by modern methods, calculation of slag, the physico-chemical basics of smelting, the production of still, semi-still and boiling steel, the structure of furnaces used in steel production, and the ability to apply production processes

  • COMPETENCY-57655

    Must know the main parts and mechanisms of induction furnaces, shapes and sizes of melting areas, charge materials and be able to apply steel melting technologies in induction furnaces

  • COMPETENCY-37521

    Must know the main parts and mechanisms of electric-arc furnaces, shapes and sizes of melting areas, construction and materials used in this process, and be able to apply steel melting technologies in sour and basic electric furnaces

  • COMPETENCY-22189

    Must have a broad understanding of the transfer and exchange of heat and mass occurring in liquids, gases, and solids and the ability to skillfully use this knowledge in metallurgical engineering

  • COMPETENCY-46443

    Thermodynamics of surface phenomena, adhesion and wetting of liquids and their importance in metallurgy, ability to use knowledge of the basic laws of movement of liquids in metallurgical engineering

  • COMPETENCY-17776

    To be able to apply the methods of expressing the composition of the system, the order of phases, the methods of constructing heat diagrams

  • COMPETENCY-82731

    The ability to use information technologies in the development of projects of new samples of materials

  • COMPETENCY-63403

    Ability to use modern information technologies (solidworks, solidcam, ansys, 3dmax, etc.) in the management of design, research and production processes

  • COMPETENCY-79560

    The ability to participate in the renewal of energetic and functional equipment and technological processes used in the production of metal materials

  • COMPETENCY-89801

    The ability to use technical tools for measuring the properties of materials and semi-finished products, the main parameters of technological processes

  • COMPETENCY-14678

    Knowledge of production technologies of products from metals and alloys by electrometallurgical method, ability to select technology and auxiliary equipment taking into account technical characteristics and operating characteristics for electrometallurgy and ferroalloys production

  • COMPETENCY-86375

    Knowledge of the working principle, characteristics, operational properties of metallurgical furnaces, the ability to calculate thermal phenomena occurring in metallurgical furnaces

  • COMPETENCY-24580

    The ability to participate in the development of a set of project, designer and technological documents within the requirements of modern standards

  • COMPETENCY-87211

    Ability to conduct experiments in accordance with established methodologies, process and analyze results, describe the performance of scientific research works, and prepare information for compiling scientific reviews and publications

Specialty competencies· 9

  • COMPETENCY-76793

    Oral and written communication skills in azerbaijani by specialty

  • COMPETENCY-63231

    Communication skills in at least one foreign language in the specialty

  • COMPETENCY-67180

    Systematic and comprehensive knowledge of the historical, legal, political, cultural, ideological foundations of azerbaijan statehood and its place and role in the modern world, the ability to predict the prospective development of our national state

  • COMPETENCY-20899

    Ability to identify and select additional information resources for problem solving

  • COMPETENCY-16780

    Ability to analyze, summarize and apply relevant information for professional purposes

  • COMPETENCY-17470

    Ability to plan and organize professional activities, improve future education and existing skills, manage time and complete tasks on time

  • COMPETENCY-98043

    The ability to re-evaluate the situation and oneself and self-criticize in order to develop knowledge and skills

  • COMPETENCY-42585

    The ability to work in any production areas, organizations, departments and enterprises, regardless of the form of ownership and subordination, corresponding to the profession and degree of specialization

  • COMPETENCY-81143

    Basics of civil defense, knowledge of forces and means, emergency situations and their characteristics, knowledge of population protection in emergency situations, knowledge of civil defense education of the population, ability to use individual and collective protection means, ability to assess the basics and stability of industrial facilities in emergency situations, ability to organize and implement ways to eliminate the consequences of emergency situations