Coastal Engineering and Development

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Program Overview

Training Objectives

The goal of this training is to develop specialists in the physical study of the coastline, to understand natural processes, their evolution in the context of climate change, and anthropogenic pressures. It aims to train experts in coastal dynamics, coastal engineering & geotechnics, coastal risks and resources, innovative protection solutions, and sustainable coastal management. This coherent approach is particularly focused on better managing risks and sustainable development. Additionally, this program provides a broad scientific vision necessary to conduct diagnostics of the physical coastal environment: hazards, functioning, and evolution. Finally, the student should be able to take initiatives to propose solutions and alternatives for coastal protection. We prepare students for careers in fundamental research, coastal management and planning, and coastal and port engineering. We place the development of critical thinking at the heart of the training to address environmental issues that are strategically crucial by 2050.

Teaching Language : Français

Curriculum Highlights

Core Courses

Semester 1

1.     Geotechnical: soil physics and hydraulics

2.     Marine geochemistry

3.     Resistance of Materials

4 Marine ecology


Semester 2

1.   Dynamic oceanography

2.   Coastlines and societies: evolution and

development

3.   Geotechnical: soil mechanics


Semester 3

1.   Coastal engineering

2.   Coastal and submarine geomorphology

3 Coastal development


Semester 4

1.   Coastal sediment dynamics

2.   Marine geotechnical

3 Geology of the seabed


Semester 5

1.   Design of maritime structures

2.   Physical modeling

3.   Coastal zone management

4 Dredging and rock removal in the marine environment


Advanced Topics

Semester 1

1.     Data processing and analysis

2.     Digital modeling

3.     GIS / Cartography 1

4.     Instrumentation in oceanography

5 Scientific English 1


Semester 2

1.       Fluid dynamics

2.       Concrete on maritime sites

3.       Catchment hydrology

4.       Programming

5.       Research methodology

6.       Climatology and climate change

7 Scientific English 2


Semester 3

1.   Coastal engineering

2.   Coastal and submarine geomorphology

3 Coastal development


Semester 4

1.   Coastal sediment dynamics

2.   Marine geotechnical

3 Geology of the seabed


Semester 5

1.       Diagnosis and monitoring of coastal structures

2.       Marine renewable energy

3.       Introduction to project engineering

4.       Impact study and environmental assessments

5 Health Safety Environment 


Admissions Information

The training is intended for: Students who have been admitted through the national competition (integrated preparatory classes of ENSSMAL, preparatory classes in the fields of STU & SNV) and who meet the minimum average required for entry into the specialty.

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