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Blue growth and infrastructures

More than 50 international lecturers experts from the consortium of partner universities and companies
  • Open to students that have completed three years of higher education in Civil Engineering or a
  • related field
  • A tailored mix of lectures, tutored group sessions, practical applications, and independent group
  • works over a period of 4,5 MONTHS
  • A group dedicated to International students
  • Working language English
  • Project teams, dedicated lectures, technical visits, access to research lab
  • Assessment by projects, lab experiments, exams
  • Successful project awarded with 30 ECTS credit points : International Full semester
General outline

Technical, economical, social and environmental fundamentals of the built environment - General outline

 

Lecture plan

HYDRAULICS for marine infrastructures - 6 ECTS

  • Water Wave analysis
  • Numerical Wave Flume
  • Project wave & Design Storm
  • Wave propagation & agitation
  • Experimental modelling of coastal and port structure

Inland waterways and dredging - 6 ECTS

  • Layout and environmental choice
  • Sediment transport
  • Dredging
  • Logistic of Inland waterways

CSR AND SOCIETAL ACCEPTABILITY - 4 ECTS

PORT MANAGEMENT AND OPERATIONS - 5 ECTS

  • Port and terminal Management
  • Shoreline management
  • Blue Port - Smart Port
  • Project management and International Logistics
  • BIM and digital twin for Maritime infrastcutre

ADVANCED STRUCTURE DESIGN - 4ECTS

  • Maritime regulations and standards
  • Weld design and inspection
  • Maritime concrete
  • Bioreceptive Concrete and Durability
  • Fatigue Analysis / Push over
  • Numericale Wave Flume analysis
  • Advanced Design of caisson Breakwater

GEOTECHNICS AND GIS - 4 ETCS

  • Marine soil and soil liquefaction
  • Soil-structure Interaction 1&2
  • Wave soil structure interaction
  • Geotechnic in-situ testing
  • GIS - Geographic Information System
  • Advanced Finite Element Analysis in Geotechnics

BERTHING AND MOORING STRUCTURE - 4 ECTS

  • Ports exchange structure design
  • Earth retaining structures and dock Design
  • Design of singular structures
  • Berthing and mooring structure design

LAB PROJECT - 4 ECTS

REAL CASE PROJECT - 8 ECTS