Subject · Mining engineering

Texniki xarici dil (ingilis)CLO↔PLO matrix

İFS-3692y6 creditsSpring semesterMandatory2025-2026

CLO ↔ PLO matching table

How this subject's course outcomes map onto the programme's learning outcomes.

1 CLO × 11 PLO
Course outcomePLO 1PLO 2PLO 3PLO 4PLO 5PLO 6PLO 7PLO 8PLO 9PLO 10PLO 11
CLO 1CLO-86812This subject gives the student the opportunity to freely master the international terminology and technical literature related to mining and metallurgy. at the end of the course, the student acquires the ability to read and understand engineering projects in a foreign language and conduct technical documentation in the relevant field. the student is able to follow innovations and apply international engineering standards using foreign technical sources in his professional activity. the subject develops oral and written communication and ensures the student's participation in international projects and scientific conferences. as a result, the student has the opportunity to freely exchange ideas in his field and prepare technical presentations in technical english.does not matchdoes not matchdoes not matchdoes not matchdoes not matchdoes not matchdoes not matchdoes not matchdoes not matchmatchesmatches

Programme learning outcomes

  1. PLO 1

    To acquire fundamental knowledge in the field of mathematics, physics, chemistry and geology and to acquire the ability to apply them in solving mining engineering problems.

    No contribution from this subject

  2. PLO 2

    Mastering the geology of mineral deposits, physical and technical properties of rocks and the basic structural elements of earth's crust with mineral complexes

    No contribution from this subject

  3. PLO 3

    To teach the technological processes of preparation of rocks for underground extraction, transportation of quarry loads, creation of a dump and storage of minerals, to be able to design, study and optimize auxiliary processes

    No contribution from this subject

  4. PLO 4

    To master the technology and complex mechanization of open and underground mining works, the efficient mode of mining works, the selection of deposit opening methods and schemes, development systems

    No contribution from this subject

  5. PLO 5

    To master the working principles, application conditions and technological reports of mining machinery and equipment, methods of blasting rocks (explosives, explosive devices)

    No contribution from this subject

  6. PLO 6

    To instill the ability to use modern information technologies, cad/cam systems in the management of design, research and production processes

    No contribution from this subject

  7. PLO 7

    Forming the ability to participate in the development of projects for the development of mineral deposits, mining equipment, energy devices and systems, taking into account technical-operational, ergonomic, technological, economic and environmental requirements

    No contribution from this subject

  8. PLO 8

    To acquire the ability to carry out surveying works (comprehensive mapping of deposits, monitoring of rock and ground surface displacement, land reclamation)

    No contribution from this subject

  9. PLO 9

    To form the ability to determine the granulometric composition of mineral raw materials, to select and calculate the appropriate equipment for the processing and enrichment of minerals

    No contribution from this subject

  10. PLO 10

    To be ready to adapt and work in a collective, to organize the work of executives, to inculcate the ability to analyze the technological process as an object of management

    Supported by: CLO 1

  11. PLO 11

    To form an approach based on social and environmental responsibility, compliance with labor safety rules, as well as civic consciousness and ethical values ​​in professional activity, to constantly improve knowledge and skills in accordance with scientific and technical progress, and to inculcate habits of lifelong learning

    Supported by: CLO 1