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2025-2026 / Master

MSc. in Mechanical Engineering, professional focus in advanced ship design (EMSHIP+, Erasmus Mundus - Réinscription uniquement, pas de nouvelle inscription)

120 crédits
Master MSc. in Mechanical Engineering, professional focus in advanced ship design (EMSHIP+, Erasmus Mundus - Réinscription uniquement, pas de nouvelle inscription)
A2SSHI02

Cycle view

  • Bloc
  • Organization
  • Theory
  • Practical
  • Others
  • Credits

Compulsory courses from the core curriculum (Uliege)

B1
20Cr
B2
30Cr
CodeDetailsBlocOrganizationTheoryPracticalOthersCredits

Lectures in Mechanical Engineering

Manufacturing processes (english language) - [15h Laboratory work, 11h Projet, 0,5d Field work]
Yves Marchal
B1Q230-[+]5
Theory of vibration (english language) - [30h Projet]
Loïc Salles
B1Q12626[+]5
Materials selection (english language) - [30h Projet, 1d Field work]
Anne Mertens, Davide Ruffoni
B1Q12626[+]5
Principles of management (english language) - [25h Projet]
Michaël Parmentier, Willem Standaert
B1Q130-[+]5

Master Thesis and Internship
Master Thesis (english language)
B2---25
Internship in Companies or Laboratories (english language)
B2---5

Optional courses from the core curriculum

B1
10Cr
B2
30Cr

Courses to be chosen among the following list:

B1
10Cr
CodeDetailsBlocOrganizationTheoryPracticalOthersCredits

Lectures in Mechanical engineering
Notice : Preferential choices for students of the "Advanced Ship Design" are MECA0036-2 and MECA0027-1
Finite Element Method (english language) - [40h Projet]
Jean-Philippe Ponthot
B1Q22626[+]5
Structural and multidisciplinary optimization (english language) - [18h Projet]
Pierre Duysinx, Patricia Tossings - Suppl : Michaël Bruyneel
B1Q13012[+]5
Kinematics and dynamics of mechanisms (english language) - [40h Projet]
Olivier Bruls
B1Q23020[+]5
Advanced solid mechanics (english language) - [30h Projet]
Jean-Philippe Ponthot
B1Q12626[+]5
Uncertainty quantification and stochastic modelling (english language) - [28h Projet]
Maarten Arnst
B1Q11616[+]5

Choose a program at UPM, URO or ECN:

B2
30Cr
CodeDetailsBlocOrganizationTheoryPracticalOthersCredits

Polytechnic University of Madrid

B2
30Cr
CodeDetailsBlocOrganizationTheoryPracticalOthersCredits

Lectures in Offshore Renewable Energy
Oceanology (english language)
B2---1,5
Structural Design of OWT (english language)
B2---8
Electric Generation and Export Technologies (english language)
B2---5,5
Manufacturing and Maritime Operations (english language)
B2---7
Project Operation and Management (english language)
B2---4
Structural Analysis of Offshore Platforms (english language)
B2---4

Ecole Centrale de Nantes (ECN) - France

B2
30Cr
CodeDetailsBlocOrganizationTheoryPracticalOthersCredits

Marine Hydrodynamics
General concepts of hydrodynamics (english language)
B2---4
Water Waves and Sea States Modeling (english language)
B2---4
Wave-structure Interactions and Moorings (english language)
B2---5
Numerical hydrodynamics (english language)
B2---5
Experimental hydrodynamics (english language)
B2---5
Naval engineering (english language)
B2---5
Foreign language (english language)
B2---2

University of Rostock (URO) - Germany

B2
30Cr
CodeDetailsBlocOrganizationTheoryPracticalOthersCredits

Ship Technology - Ocean Engineering

Choose 30 credits:

B2
30Cr
CodeDetailsBlocOrganizationTheoryPracticalOthersCredits
Theory and design of floating and founded offshore systems (english language)
B2---6
Selected topics of the analysis of marine structures (english language)
B2---6
Mathematical Models in ship theory (english language)
B2---6
IT in ship design and production (english language)
B2---6
Safety of ships under damaged conditions, in waves (english language)
B2---6
Ocean Research technology (english language)
B2---6
Team project (english language)
B2---6

Focus courses

B1
30Cr
CodeDetailsBlocOrganizationTheoryPracticalOthersCredits
Integrated Design Project of Ships, Small Crafts & High Speed vessels (english language) - [150h Projet, 5d Field work]
B1TA80-[+]15
Ship Theory : Statics and Dynamics (english language)
B1Q23220-5
Ship and offshore structures and production (including 7 days technical visit) (english language) - [7d Field work]
B1Q24060[+]7
Ship Equipment and Propulsion Systems (english language) - [1d Field work]
B1Q22020[+]3