Naval engineering: from design to integration

A ship is a complex system in which every piece of equipment must be carefully designed, sized, and integrated within an overall framework of performance and reliability. Naval engineering enables us to manage this complexity through calculation and design methods.

  • Finite Element Analysis (FEA)

  • Preparation of structural calculation notes

  • Design studies for the integration of specific equipment (cranes, overhead cranes, etc.)

  • Design and sizing of support structures

  • Maintenance kinematics checks; Design studies for assemblies (gangways, vehicle platforms, etc.)

  • Structural analysis of a motor mount for a 9-meter motorboat

    Structural analysis of a motor mount for a 9-meter motorboat

  • Installation of a stabilizer on a 30-meter yacht

    Installation of a stabilizer on a 30-meter yacht

  • Development of a 22-meter buoy marker using SolidWorks

    Development of a 22-meter buoy marker using SolidWorks

  • Structural analysis for the installation of a crane on a 22-meter buoy marker

    Structural analysis for the installation of a crane on a 22-meter buoy marker

  • Manufacturing and structural analysis of a support structure following a crane replacement

    Manufacturing and structural analysis of a support structure following a crane replacement

  • Equipment integration in SolidWorks for a 22-meter buoy marker

  • View of a 3D model showing the main propulsion system components on a hydrogen-powered pleasure craft: model used for space allocation.

    Space allocation study for a 12-meter hydrogen-powered yacht

  • Detailed technical drawing of a vehicle lifting platform for loading a vehicle onto a 50-meter yacht. This drawing was produced following structural and manufacturing studies.

    Design and manufacturing studies for a vehicle platform