Module 1: Fundamentals of Port Hydrodynamics and Modelling

• Key hydraulic processes in ports and coastal zones

• Objectives and types of hydraulic modelling

• Differences between physical and numerical models

• Role of modelling in port design and decision-making

• Case Review: Modelling impact on port development

Module 2: Tidal and Current Modelling

• Tidal mechanisms and hydrodynamic characteristics

• Estuarine flow patterns and boundary interactions

• Numerical simulation of tidal currents (2D & 3D)

• Input data: bathymetry, tide data, boundary conditions

• Practical: Tidal current modelling in MIKE 21 or Delft3D

Module 3: Wave Modelling and Harbour Agitation

• Wave generation, transformation, and behaviour in ports

• Wave penetration and basin tranquility assessment

• Berthing impact and mooring conditions under agitation

• Wave model setup and boundary conditions

• Exercise: Simulate wave agitation in a port basin

Module 4: Sediment Transport and Siltation Modelling

• Sediment transport dynamics: coastal and port areas

• Erosion, accretion, and sedimentation around marine structures

• Impact of dredging and natural sediment flow

• Sediment plume dispersion models

• Exercise: Modelling sediment deposition in port channels

Module 5: Port Layout and Hydraulic Performance

• Influence of layout on wave, current, and sediment patterns

• Breakwaters, jetties, berths, and navigation channels

• Layout optimization using modelling tools

• Case Example: Comparative analysis of two port configurations

• Practical: Design scenario testing using hydraulic models

Module 6: Environmental Impact and Climate Resilience Modelling

• Hydraulic components of EIAs in port projects

• Storm surge, sea level rise, and climate change risk

• Coastal inundation and flood mapping techniques

• Modelling future climate scenarios for resilience planning

• Case Study: Flood risk modelling for a coastal terminal

Module 7: Hydraulic Modelling Software Platforms

• Introduction to tools: MIKE 21, Delft3D, TELEMAC, HEC-RAS

• Model domains, grid generation, meshing and inputs

• Coupling models (e.g. wave + current + sediment)

• Demo: Setup of a basic port model using MIKE 21

Module 8: Model Calibration, Validation, and Error Control

• Importance of calibration and validation using field data

• Tidal gauges, bathymetric surveys, ADCP measurements

• Sensitivity testing and error minimization strategies

• Validation: Comparing model output with observed data

• Hands-On: Calibrating a simplified hydrodynamic model

Module 9: International Case Studies and Best Practices

• Lessons learned from real-world modelling applications

• Port expansion, dredging, sedimentation, and flooding examples

• Review of environmental approvals involving modelling

• Workshop: Review and critique of global hydraulic studies

Module 10: Capstone Project and Presentation

• Group Project: Hydraulic Modelling of a Proposed Port Development

  • Define modelling objectives and boundary setup

  • Run simulations and interpret results

  • Evaluate environmental and hydraulic risks

  • Present findings and recommendations to peers and instructors

• Course summary and feedback

• Certification ceremony