Mədən mühəndisliyinə girişSyllabus

Subject code

İF-36108y

Credits

4

Student workload

120

Semester

Autumn semester

Academic year

2025-2026

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

a) 30 saat - mühazirə

Out-of-class hours

a) 54 saat – sərbəst iş b) 36 saat - hazırlıq

Fənn tələbələrə dağ-mədən sənayesinin inkişaf tarixi, fundamental əsasları və müasir istehsalat texnologiyaları haqqında ilkin baza anlayışlarını verir. faydalı qazıntıların axtarışı, çıxarılması və ilkin emalı zəncirinin ümumi mərhələləri, bu proseslərdə tətbiq edilən konseptual mühəndislik həlləri nəzərdən keçirilir. i̇xtisasın əsas mahiyyəti, mədən mühəndisinin karyera imkanları, vəzifələri və sənayedəki rolu detallı şəkildə izah edilir. həmçinin, sənaye obyektlərinin təhlükəsiz istismarı, əməyin mühafizəsi və qlobal xammal iqtisadiyyatında sektorun strateji əhəmiyyəti xüsusi olaraq vurğulanır.

• lecture
• presentations

1. 1

   CLO 1: At the end of the subject, the student has a broad idea of ​​the history of the mining industry, its current situation and its role in the economic development of mankind. the student gets acquainted with the main types of mining technologies (open and underground) and the main tasks of engineers working in this field. the course covers the components of the mining production cycle in general – drilling, blasting, loading, transportation and beneficiation. the student receives basic knowledge about professional ethics, principles of environmental protection and safety culture in mining engineering. thus, the student is equipped with the motivation and initial technical base necessary for future professional activity.

1. 1.
   Key issues and importance of the mining industryLecture

   The role of the mining industry at the global and local level. the economic and industrial importance of mineral extraction, meeting the need for raw materials in the development of humanity and the strategic tasks facing the field.

2. 2.
   Development history of mining and its relationship with other sciencesLecture

   The evolution of mining from primitive times to modern technologies. mutual integration of mining science with sciences such as geology, physics, chemistry, mechanics and environmental engineering.

3. 3.
   Basic terms and concepts of miningLecture

   Professional terminology used in mining. explanation of frost, quarry, mine, mountain mass, sewer, horizon, blasting and other fundamental concepts.

4. 4.
   Mining production and its development stagesLecture

   The structure of the production cycle. the sequence of all production stages, starting from exploration, including field opening, development and main operation (production).

5. 5.
   Mining works and their typesLecture

   Features of mining operations carried out by open (quarry), underground (frost) and combined methods. special extraction technologies from underwater and geochemical (dissolving) methods.

6. 6.
   History of mining in the territory of azerbaijanLecture

   Formation of mining in the territory of azerbaijan in ancient and medieval times (dashkasan, gadabay, karabakh zones). ancient copper, gold and iron production furnaces, historical mining traces.

7. 7.
   Minerals Lecture

   Classification of solid, liquid and gaseous minerals. their grouping according to industrial application (fuel, metal ores, non-metallic industrial raw materials) and physical-mechanical properties.

8. 8.
   Mining methods and separate technological processesLecture

   Scientific bases of decisive technological processes such as drilling, blasting, loading and transportation (transportation) carried out sequentially during the exploitation of deposits.

9. 9.
   Preparation operations of ores for beneficiationLecture

   Acceptance of the mined mountain mass into the factory, step-by-step crushing, grinding and classification. physical and mechanical preparation works that ensure the effectiveness of enrichment.

10. 10.
    Methods of beneficiation of oresLecture

    Basic beneficiation methods such as gravity, flotation, magnetic and electrical separation. mechanisms of separation of useful (valuable) component from loose rock.

11. 11.
    The place and role of the mining industry in the country's economyLecture

    The share of the extractive industry in the country's GDP (gross domestic product). the role of the mining complex in the development of the non-oil sector, increasing the export potential and ensuring employment in the regions.

12. 12.
    Machinery and equipment used in the mining industryLecture

    Drilling rigs, mining excavators, loaders, conveyor systems and heavy tonnage dump trucks. construction of specific mechanisms intended for underground and open works.

13. 13.
    Organization and planning of mining worksLecture

    Management of shift work mode, personnel and equipment resources in the mining enterprise. basics of short-term (operational) and long-term (strategic) planning of production.

14. 14.
    Environmental protection in miningLecture

    Negative effects of production on the environment (pollination, pollution of underground and surface water, disturbance of the landscape). reclamation measures, environmental monitoring and application of "green mining" principles.

1. Sh.n. mammadov, a.m. azizov. basics of mining technology, baku, 2002.