development and hydrotechnical works

Explore the programs and courses offered by development and hydrotechnical works

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Program Overview


The "Water Resources Development and Hydraulic Structures" program aims to train engineers capable of designing, sizing, and managing water-related structures such as dams, rivers, and hydraulic infrastructures. It combines strong theoretical knowledge in hydraulics, geomechanics, and hydroinformatics with practical field applications.

This pathway prepares students to tackle challenges in sustainable water management and natural risk mitigation.

Teaching Language : Francais , anglais

Curriculum Highlights

Core Courses


Core subjects include dam and river structures, dam geology, geomechanics, and hydraulic energy. These courses provide essential knowledge for designing and analyzing hydraulic infrastructure. Hydroinformatics also equips students with the digital tools required in the field. Additionally, the program features four key research modules:

- Research Methodology Project (introduction to scientific research techniques)

- Deterministic and Stochastic Hydrology (hydrological modeling)

- Solid Transport and Diphasic Media (focused on sediment flow)

- Turbulence and Mixing (exploration of complex flow behavior).

A final-year thesis project allows students to apply their acquired skills to a real or research-based problem, under academic or professional supervision.

Advanced Topics


Complementing the core curriculum, the program includes advanced subjects such as project management, water economics, public procurement management, and natural risk analysis. Thematic conferences also enrich the training by addressing contemporary and innovative challenges in the hydraulic sector.

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Admissions Information


Admission to the program, and to one of the offered options starting in the 5th semester, is conditional on the successful completion of a structured educational path. Students must first complete the preparatory cycle (Semesters 01 to 04), followed by the first year of the engineering cycle (Semesters 05 and 06).

This ensures solid scientific foundations in hydraulics, civil engineering, and related fields.

Applicants must also demonstrate motivation and proven aptitude for water and environmental engineering careers.

Specific criteria may apply based on academic records and performance.

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