• Analysis of motions and loads of marine structures
• Analysis of weather sensitive operations
• Development of analysis methods and tools
• Model testing of marine structures
• Hydrodynamic tests for installation
• Overtrawlability tests
• Response analysis
• Hydrodynamics
• Mooring and positioning
• Hydrodynamic testing
• Numerial analyses
• Hull design and resistance
• "Wash" in harbours and coastal waters
• Speed/power in the seaway
• Advanced model manufacturing facilities
• Unique hydrodynamic laboratories
• Seakeeping carriage
• Operational limitations, motions and loads
• Simulation and prototyping
• Ship and vehicle hydrodynamic models and automatic control
• Dynamic loads: Slamming

Some examples:

• Numerical Modelling of the Ulstein-Aquamaster Azipull Azimuth Thruster
• Environmental and Interaction Effects on Propulsion Systems
• Sloshing and Impact Loads in Membrane Tanks
• High speed craft (HSC)
• Stern ramp - Small boat/lifeboat deployment systems
• Shallow water effects
• Weather Routing 
• High-Speed Vehicles
• Simulation Environment – A Numerical Environment for Simulations and Prototyping   
• Simulator-Based Training 
• Stern Boat Deployment Systems and Operability
• Evacuation Systems and Operation
• Assessment of Seakeeping Performance and Wave-Induced Loads
• Simulation and Prototyping
• Lightering operations - Important and demanding
• Ship simulators and prototype development
• High-Speed Vehicles
• DEEPER - Deepwater Analysis Tools
• Deep Water Model Test Methods - Hybrid Verification
• Environmental limits
• Green water; Deck clearance
• Terminal Design and Operation
• Availability analyses
• Computer programs