Speciality Maritime infrastructures

• Design and maintenance of ports, dykes, quays, locks and offshore platforms.
• Development of maritime structures linked to renewable energies and management of complex projects.

• Engineering and Applied Sciences :
  Integrating disciplines such as mathematics, applied physics and digital technologies to meet technical and climate challenges.
• Project Management :
  Acquire the skills needed to plan and build infrastructures that comply with local and international regulations.
• Innovation and Environment :
  Studies on innovative materials, marine currents, tides and winds, as well as the environmental impact of maritime projects.

Graduates of the Construction Engineering programme in this speciality become key players in rapidly expanding sectors:

• Maritime engineering professions :
  Working with multidisciplinary teams to develop port infrastructures and maritime systems.
• Environmental and economic issues :
  Active participation in the energy transition and infrastructure improvements to support the economic development of coastal regions.

The following terms and concepts sum up the essence of this training:

• Maritime engineer, diploma, training, engineering, higher education
• Civil engineering, maritime infrastructure, ports, dykes, quays, locks, offshore platforms
• Renewable energies, wind turbines, tidal turbines, economic development
• Innovation, sustainability, project management, applied sciences, environmental transition

BUILDERS School of Engineering offers civil engineering training specialising in maritime infrastructures, combining technical expertise, project management skills and sensitivity to environmental issues. This approach prepares future engineers to meet the challenges of tomorrow in a sector that is constantly evolving.