Cursus Ingénieur Maritime – DMO



  • General English (common module)  Preparation to the CECR approved test of a level B2.
  • Professional English (common module)
    Theory and practicals of specific English to the Offshore maintenance manager programme.
  • Management of high-risk systems (common module)
    SRM (System Resource Management) : course for human resources management in order to enhance safety.
    Risks analysis and management of the human element in a crisis situation.
    Maritime security : Analysis and management of threats to the security of ships and offshore installations.
  • Quality-Hygiene-Safety-Environment (common module)
    Management of persons safety, accidents prevention and occupational risks.
  • Entrepreunariat (common module)
    Analysis of the economic environment/techniques to set up, take over and develop a company.
    Management methods and accountancy.
  • Legal framework activities at sea (common module)
    International laws applied to workers, activities and installations in a marine environment.
  • Environmental impact (common module)
    Understanding the marine ecosystems. Analysis of the human and industrial activities at sea.
  • Regulations option vessel
    Understanding conventions, regulations, standards related to the sustainable operation of offshore installations.


  • Automatic 1 (common module)
    Understanding and analysing automated systems : regulation chains and networks.
  • Automatic 2 (common module)
    Understanding linearised systems : programming embedded systems, mastering controlling systems.
    Managing signals velocity and consumption in digital systems.
    Mecatronics : learning about mecatronic technologie.
  • Electric energy (common module)
    Studying and managing harmonics in an electrical network.
    Analysis and control of high power electrical machines.
  • Study and research work (common module)
    Methodology for literature search/writing of a professional dissertation related to research work.
  • Industrial study office
    Studying simulation tools.
    Analysis of the lifespan of industrial systems.
    Project management.
  • Offshore installations                            MRE : Identification and analysis of the systems and their operational constraints.
    Offshore oil and gas exploitation: Analysis of the marine field architecture.
    Analysis of the structures and equipment of the marine field.
    Deployment of the offshore installations : Studying the impact of the deployment of an offshore system on the environment and its users. Handling, convoying, positioning and installation of an offshore system.
    Subsea work: Analysis and understanding of the technologies specific to subsea work in order to manage teams in operation.


  • Construction – dismantling 2 (common module)
    Eco-design : Studying the regulations related to the construction and dismantling of ships and offshore systems.
    Reducing the environmental impact of the construction and dismantling processes.
    Materials : Studying the properties and the protection of the materials used in the marine environment.
    Dismantling : preparation and site supervision.
    Analysis of the processes for dismantling, materials management and their impacts on health and environment.
  • Operation and maintenance of electrical installations
    Studying land electrical networks, distribution and heavy and light storage.
    Studying electrical machines used in offshore exploitation installations and MRE.
    Studying electrical conversion and distribution specific to MRE.
  • Thermal machines (common module)
    Carrying out the energy balance of a thermal machine in order to optimise its operation.
    Defining the optimal maintenance strategy and ensuring the follow up.
  • Fluids machines
    Carrying out the energy balance of a fluids machine in order to optimise its operation.
    Defining the optimal maintenance strategy and ensuring the follow up.
  • Searching for failures (practical)
    Implementation of the training’s acquired skill on simulator.
  • Foundations and Structures
    Studying and analysing marine soils mechanics and marine hydrology.
    Hydrodynamics and aerodynamics applied to offshore installations.
    Studying physical and mechanical properties and the behaviour of grounded and floating offshore structures.


  • End of studies project