Service
Numerical modelling and data science
We build validated models and data workflows that turn complex physical processes into reliable numbers.
What we do
Hydrodynamic modelling
1D, 2D and 3D models of coasts, estuaries, rivers and the ocean.
Wave modelling
Spectral and phase-resolving wave models, including wave–current interaction.
Sediment and morphology
Sediment transport and morphological evolution over time.
Atmospheric and coupled modelling
Regional atmospheric models and coupled ocean–wave–atmosphere simulations for specific studies.
Data science
Statistical analysis, machine learning, surrogate models and uncertainty quantification.
Data platforms
Automated pipelines, GIS, dashboards and web viewers for your team.
Questions we help you answer
Can we trust these model results for design?
How sensitive are the conclusions to uncertain inputs?
Can we run hundreds of scenarios quickly?
How can our team explore the results without specialist software?
Methods and tools
- Wave models
- SWAN
- WAVEWATCH III
- SWASH
- Global ocean models
- HYCOM
- NEMO
- Regional ocean models
- ROMS
- CROCO
- Coastal models
- Delft3D
- MIKE
- SMC
- XBeach
- Atmospheric modelling
- WRF
- Particle tracking and oil spills
- TESEO
- Parcels
- GIS, data and computing
- ArcGIS Pro
- QGIS
- Python
- High-performance computing
Tools are selected to suit each project.
What you receive
- Calibrated and validated models
- Validation reports
- Scenario databases
- Dashboards and web viewers
Discuss your numerical modelling project
Tell us about your project. We aim to reply within two working days.