Core Courses
Program Objectives
The objective is to provide training for future professionals responsible for conducting geological studies in fields related to exploration, thematic mapping, and/or any type of geological surveying as defined by employer needs.
The Master's program is structured into two years:
- First Year: Master 1 (M1)
- Second Year: Master 2 (M2)
The training focuses on sedimentary processes and geodynamic controls, both internal and external.
✅ Semester 1
Unit: UEF1
- Subject: Magmatology I
- Learning Objectives: Understand the formation processes of igneous rocks, the origin and composition of mantle-derived magma, and magmatic series linked to geodynamic contexts.
- Subject: Geochemistry I
- Learning Objectives: Gain basic tools in petrology and rock geochemistry; analyze and interpret major element data in rocks.
Unit: UEF2
- Subject: Metamorphism I
- Learning Objectives: Analyze phase equilibria and determine the pressure-temperature conditions affecting rocks or geological domains.
Unit: UEF3
- Subject: Tectonics I
- Learning Objectives: Understand the forces, stresses, and deformations in orogenic zones and apply modern structural analysis techniques.
Unit: UEM1
- Subject: Regional Geology
- Learning Objectives: Acquire updated knowledge about the geological structures of Algeria (north and south).
- Subject: Interactions between Magmatism and Environment
- Learning Objectives: Understand the interactions between magmatic bodies and the environment, material transfer, and geodynamic implications.
Unit: UED1
- Subject: Cosmology – Earth and Space Sciences
- Learning Objectives: Learn about the solar system, meteorites, and meteor impact structures.
Unit: UET1
- Subject: Computer Science
- Learning Objectives: Use tools like Excel and Python for work in mineralogy, petrology, geochemistry, and graphical data processing.
- Subject: Scientific English
- Learning Objectives: Read, understand, discuss, and write scientific texts in English.
✅ Semester 2
Unit: UEF1
- Subject: Magmatology II
- Learning Objectives: Study mantle dynamics and crust formation, and identify geochemical signatures of magma from different sources.
- Subject: Geochemistry II
- Learning Objectives: Analyze trace elements, understand partition laws, and model petrogenetic processes.
Unit: UEF2
- Subject: Tectonics II
- Learning Objectives: Study deformation markers, folds, schistosity, and structural features to understand tectonic movement.
- Subject: Petrology of Crystalline Rocks
- Learning Objectives: Analyze phase equilibria, determine P-T conditions, and study granitoids within geodynamic contexts.
- Subject: Geodynamics
- Learning Objectives: Understand processes behind orogeny and associated basins using a multidisciplinary approach.
Unit: UEM1
- Subject: Geophysics
- Learning Objectives: Apply gravimetry, magnetism, and seismology to understand deep geological processes.
Unit: UEM2
- Subject: Field Internship
- Learning Objectives: Conduct structural mapping and deformation studies in field conditions (12 days – North and South Algeria).
Unit: UED
- Subject: Applied Computing in Earth Sciences
- Learning Objectives: Use specialized geological software, code with Python, and develop geoscience-related digital projects.
Unit: UET1
- Subject: Scientific English
- Learning Objectives: Read and write scientific texts, engage in discussions, translate and analyze English-language academic content.
✅ Semester 3
Unit: UEF1 (Elective Options)
- Subject: Basement Structures
- Learning Objectives: Study P-T relationships, melting processes, and deformation kinematics in convergent orogenic belts.
- Subject: Basin Analysis
- Learning Objectives: Study syn-sedimentary structures, tectonic evolution, neotectonics, and seismicity in northern Algeria.
- Subject: Cratons and Mobile Belts
- Learning Objectives: Compare ancient and modern Proterozoic belts and understand the related mantle processes.
Unit: UEF2
- Subject: Tectonic Systems
- Learning Objectives: Model lithospheric deformation in extensional, compressional, and strike-slip settings using analog and numerical methods.
Unit: UEF3
- Subject: Isotopic Geochemistry
- Learning Objectives: Interpret stable and radiogenic isotope data and apply them to geochronology and geochemical modeling.
- Subject: Volcanology and Magma Dynamics
- Learning Objectives: Study volcanic processes and magma evolution, their signatures, and their geodynamic implications.
Advanced Topics
Targeted Career Profiles and Skills
The "GBS" Master’s program is a modern, up-to-date training designed to meet the needs of economic sectors that rely on sedimentary geology. It also provides access to doctoral studies in Earth Sciences, particularly in fields such as Sedimentary Basin Geodynamics, Stratigraphy and Biostratigraphy of sedimentary formations (ranging from the Precambrian to the Quaternary), Paleontology, Mineral and Petroleum Exploration, and Thematic Mapping (geological, natural hazards, etc.).
This Master’s program also offers strong foundational knowledge for studies in geotechnics, supporting the development of major infrastructure projects (viaducts, tunnels) and other engineering works (buildings, dams, roads, etc.).
Regional and National Employment Opportunities for Graduates
- Sonatrach "Upstream" (Exploration, R&D, Production Division, etc.)
- National Agency for Water Resources (ANRH)
- Hydrological Basin Agencies (ABH-West)
- Soil Research Centers and Analysis Laboratories
- Public and Private Consulting Firms (LTPO, SERSID, CTC, etc.)
- National Agency for Geology and Mining Control
- National Gravel Company
- ENOF, ENASEL, Cement Companies
- Public and Private Quarries and Mines