Holistic Moorings & Floating Systems Design.

Advanced modelling of floating systems — integrating hydrostatic, hydrodynamic, mooring and coupled system response to support robust design, performance evaluation and classification-ready documentation.

• Hydrostatic and dynamic response modelling of floating systems
• Mooring system and coupled interaction assessments
• Operational and extreme environment analysis
• Classification-ready detailed design reports

Design and optimisation of floating offshore wind and marine renewable energy systems — balancing structural, hydrodynamic and operational requirements across concept and detailed design stages.

• Early-stage floater concept development
• Hydrodynamic and structural performance comparison
• Design optioneering for cost and risk trade-offs
• Operational and assembly constraint integration

Robust and installable mooring system engineering for floating offshore wind, FPSOs, tidal platforms and other floaters — integrating environmental, cost and installation feasibility considerations.

• Concept and detailed mooring system design
• Environmental loading and metocean assessment
• Installation feasibility and cost modelling
• Anchor selection and layout optimisation

Analysis and design of dynamic cables and umbilicals in floating systems — assessing lazy wave, pliant, and steep wave configurations for fatigue, motion response and operational reliability.

• Dynamic cable and umbilical layout modelling
• Fatigue and motion-induced load assessment
• Interaction with floater and mooring dynamics
• Operational and cost-risk evaluation

Integrated design of installation approaches and operational sequencing for floaters and moorings, incorporating naval architecture insights to support effective offshore execution.

• Installation feasibility and methodology planning
• Offshore sequence and storyboard support
• Vessel and equipment interface assessment
• Installation risk and readiness evaluation