Retour à la liste des filières
| Module | Professor in charge |
|---|---|
| Hydrodynamics for Maritime Engineering | Thomas LOISELEUX |
| Module | Professor in charge |
|---|---|
| Structure modelling for maritime engineering | Thomas LOISELEUX |
| Module | Professor in charge |
|---|---|
| Energy and safety for naval systems | Thomas LOISELEUX |
| Module | Professor in charge |
|---|---|
| Project management in maritime engineering | Thomas LOISELEUX |
| This module gives a basis in naval hydrodynamics that fulfils the needs of future naval architects. After an introduction to naval hydrodynamics and modern tools (theoretical ones, as well as experimental ones), the courses continue with studies that apply directly to ship design. | Professor
in charge Courses of the module |
Professor
in charge Courses of the module |
| This set of courses presents the energy needs - both in heat and electrical power - for naval propulsion and equipment power. It also includes a study of various power transmission systems for propulsion. This study is complemented with some training on the safety standards that need to be met when designing, building and operating the ships of today. A last course presents the development and use of offshore structures and the procedures used to meet the constraints imposed by the environment on various types of offshore installations. | Professor
in charge Courses of the module |
| This module introduces students to management of ship and offshore site projects and shipyard manufacturing by considering the general structure as a whole system considered in its globality, frome pre-project to realisation. | Professor
in charge Courses of the module |