Explore the programs and courses offered by Geotechnical Engineering
Browse Programs Admission InformationThis master's program is structured over three semesters (S1, S2, S3) and covers a wide range of areas in geotechnics, from theoretical foundations to practical applications. It aims to train specialized engineers capable of designing, analyzing, and dimensioning geotechnical structures while integrating experimental, numerical, and regulatory aspects.
Semester Content
Semester 1 (S1):
The core courses include Continuum Mechanics, Advanced Soil Mechanics, as well as applied subjects such as Slopes and Retaining Structures and Foundations. Cross-disciplinary modules such as Applied Geophysics and Technical English complement the training.
Semester 2 (S2) :
A deeper understanding of key concepts is developed through subjects such as Soil Dynamics, Soil Rheology, and the Finite Element Method. Specialized courses (Earth Dams, Geostatistics) are also offered, along with an introduction to professional ethics.
Semester 3 (S3):
Focused on advanced applications (Geotechnical Structure Dynamics, Rock Mechanics, Tunneling), soil improvement techniques, and modern tools (GIS, Numerical Modeling). A module on Literature Review prepares students for writing their thesis.
The offered programs are built upon a foundation of essential core courses required to master advanced geotechnics. Below are the main core subjects:
1- Continuum Mechanics (S1)
Objective: Understand the general laws governing the behavior of soils and rocks under loading.
2-Advanced Soil Mechanics (S1)
Objective: Deepen the understanding of the mechanical properties of soils (granular, fine, saturated/unsaturated).
3- Soil Rheology (S2)
Objective: Model the time-dependent behavior of soils (creep, consolidation).
4- Soil Dynamics (S2)
Objective: Analyze soils under seismic/vibratory loading.
5- Numerical Methods (FEM) (S2-S3)
Objective: Master numerical simulation tools for geotechnical structures.
6- Rock Mechanics (S3)
Objective: Study the behavior of rock masses for tunnels and slopes.
1- Advanced Numerical Geotechnics
2- Innovative Environmental Geotechnics
3- Soil Dynamics and Seismic Risk
4- Specialized Structures and Emerging Technologies
5- Smart Monitoring and Instrumentation
6- Innovative Geotechnical Materials
Required Level: Bachelor's degree (BAC+3) or equivalent in Civil Engineering, Geotechnical Engineering, Applied Geology, or a related field.
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