Core Courses
Program Objectives
The program leads to a Master's degree in the field of Mining and Quarries. The proposed training is oriented towards the entire cycle of exploration, prospecting, and exploitation of natural resources and geomaterials. A strong emphasis is placed on risk prevention for humans and environmental protection. The training is supported by site visits to industrial facilities and experiments on industrial platforms. Upon completion of the training cycle, graduates will be equipped to address various issues related to the supply of mineral raw materials for the highly demanding industrial sector, and to contribute to the development of the mining sector in particular, as well as the sector of useful substances in general.
✅ Semester 1
- Unit: UEF1
- Subject: General Ore Deposits (Gîtologie)
- Learning Objectives: Understand mineral concentration processes, how to identify and explore them.
- Subject: Geomaterials
- Learning Objectives: Learn about natural materials, their characteristics, and their applications in industry and construction.
- Unit: UEF2
- Subject: Fundamental Petrography and Geochemistry
- Learning Objectives: Learn to describe rocks and interpret geochemical data.
- Subject: Structural Analysis
- Learning Objectives: Read and interpret geological structures both in the field and on maps.
- Unit: UEM1
- Subject: Applied Geophysics
- Learning Objectives: Acquire geophysical exploration techniques used in mining.
- Subject: Ore Study Methods
- Learning Objectives: Identify metallic minerals visually and under the microscope, and study their composition and textures.
- Unit: UED1
- Subject: Remote Sensing and GIS
- Learning Objectives: Analyze satellite images and use Geographic Information Systems in geological mapping.
- Unit: UET1
- Subject: Scientific English
- Learning Objectives: Read, understand, discuss, and write scientific texts in English.
✅ Semester 2
- Unit: UEF1
- Subject: Endogenous Ore Deposits
- Learning Objectives: Study ore deposits formed by magmatic and hydrothermal processes.
- Subject: Useful Substances
- Learning Objectives: Learn about non-metallic mineral resources such as industrial minerals and building materials.
- Unit: UEF2
- Subject: Reserve Estimation
- Learning Objectives: Learn methods for calculating mineral resources and reserves based on field and drilling data.
- Unit: UEM1
- Subject: Mining Techniques and Rehabilitation
- Learning Objectives: Understand mining exploitation techniques and environmental site rehabilitation measures.
- Subject: Ore Processing Techniques
- Learning Objectives: Learn the methods of ore concentration and mineral processing.
- Subject: Field Training
- Learning Objectives: Apply theoretical knowledge in real field conditions.
- Unit: UED1
- Subject: Mining Economics
- Learning Objectives: Acquire basic economic knowledge applied to the mining sector: costs, markets, and resource valuation.
- Unit: UET1
- Subject: English 1
- Learning Objectives: Improve reading and understanding of scientific articles in geosciences.
✅ Semester 3
- Unit: UEF1
- Subject: Exogenous Ore Deposits
- Learning Objectives: Study deposits formed by weathering, sedimentation, and other surface processes.
- Subject: Environmental Impact of Mining
- Learning Objectives: Identify environmental impacts of mining activities and propose mitigation measures.
- Unit: UEF2
- Subject: Algerian Ore Deposits
- Learning Objectives: Study the different types of mineral deposits found in Algeria.
- Unit: UEF3
- Subject: Analytical Techniques
- Learning Objectives: Master physical and chemical methods of rock and mineral analysis.
- Unit: UEM1
- Subject: Geochemical Prospecting
- Learning Objectives: Search for mineralization indicators through geochemical analysis of soils and rocks.
- Unit: UEM2
- Subject: Mining Research and Prospecting
- Learning Objectives: Understand research methodology applied to mineral exploration.
- Subject: Drilling Techniques
- Learning Objectives: Study different drilling methods and their application in exploration.
- Unit: UED1
- Subject: Research Methodology
- Learning Objectives: Structure a scientific thesis, collect and analyze data, and follow an academic writing process.
- Unit: UET1
- Subject: Scientific English
- Learning Objectives: Read, understand, and write scientific documents in English.
- Subject: Entrepreneurship
- Learning Objectives: Develop an entrepreneurial mindset and learn basic project management in the mining-geological sector.
✅ Semester 4
- Activity: Personal Research Project (Thesis)
- Learning Objectives: Conduct an individual research project on a scientific or professional issue and document it in a thesis.
- Activity: Internship in a Company
- Learning Objectives: Apply academic knowledge in a real-world professional setting (industry, consulting, laboratory...).
- Activity: Seminars
- Learning Objectives: Deepen knowledge of specific topics through lectures and thematic workshops.
- Activity: Thesis Defense
- Learning Objectives: Present research work to a panel, defend the methodology, results, and implications of the study.
Advanced Topics
Targeted Career Profiles and Skills
The geologist trained in the RMGE Master's program is essential for any prospecting in unknown terrain or near existing operations. They contribute to the discovery of new sources of economically viable minerals in quantities that ensure the growth of reserves. Their expertise enables the localization of exploitable underground deposits of mineral materials.
Potentialités régionales et nationales d’employabilité des diplômés
La formation du Master RMGE conduit soit directement à un emploi au niveau cadre ou cadre supérieur, soit à une poursuite d’études en doctorat pour accéder aux métiers de la recherche fondamentale ou appliquée au niveau cadre supérieur :
Dans le secteur privé : accès aux bureaux d'études et entreprises des secteurs (i) ressources minérales et carrières (ii) dépollution des sites et des sols pollués.
Dans le secteur public : collectivités territoriales, organismes pour la gestion et la conservation des milieux naturels, agences de bassins et agences de l’eau services environnement et polices des mines, accès aux activités de recherche et d'enseignement supérieur dans divers Etablissements Publics à caractère scientifique et technique, Agence du Service géologique (ASGA), Agence Nationale du patrimoine minier, Sonatrach, ORGM, ENOF, Ferphos, Enamarbre, Cimenterie, Comena et tous les centres de recherche qui ont un lien avec les objets géologiques.