Site Intelligence & Spatial Characterization
Celtic Sea Floating Offshore Wind – Site Intelligence & Spatial Characterization Executive Summary This study establishes the ...
Offshore wind engineering consultancy
from concept to design
Morie Analytics provides engineering consultancy across the full floating offshore wind design chain — from site characterization and layout optimization to mooring, anchor and cable engineering.
Built on a decade of research and real-project engineering experience.
Our offering
Engineering consultancy across the full design chain
We operate across both the technical and client-facing sides of offshore engineering — from model development, automation and computation to practical implementation and deployment support. Our goal is to deliver results that clients can adopt, extend and operate with confidence.
Morie Anchor
Advanced anchor engineering for offshore anchor points, covering pile and plate types. Supports extreme and cyclic capacity assessment, load transfer, installation checks, soil-dependent and seismic design workflows.
Morie Atlas
A spatial and automated intelligence platform for mapping offshore floating anchor designs across lease areas, integrating bathymetry, soil data and system response into decision-ready site views. Enables sharp and quick comparison for feasibility and cost studies.
Morie Subsurface
A synthetic subsurface generation framework enabling data-driven reconstruction of offshore ground models based on Generative Adversarial Networks. Supports soil characterization, uncertainty exploration and improves early-stage engineering studies.
Portfolio
Celtic Sea floating wind — end-to-end workflow
A system-level engineering portfolio for floating offshore wind, integrating site intelligence, layout spatial screening, soil reconstruction, mooring physics, anchor design and cable performance into a unified workflow.
The framework builds on and extends research foundations established in floating offshore wind studies at the National Renewable Energy Laboratory (NREL), translating them into a practical, engineering-driven workflow for real-world applications. Each study case represents a connected layer in the design chain, demonstrating how data, physics and scalable computation combine to drive robust, cost-efficient offshore wind solutions.
Site Intelligence ↔ Layout Generation ↔ Soil Reconstruction ↔ Mooring Physics ↔ Anchor Design ↔ Cable Performance
Generation & Spatial Topology Screening
Celtic Sea Floating Offshore Wind – Layout Generation & Spatial Topology Screening Executive Summary This study establishes th...
Local Soil Reconstruction & Subsurface Intelligence
Celtic Sea Floating Offshore Wind – Local Soil Reconstruction & Subsurface Intelligence Executive Summary This study establish...
Mooring System Generation & Load Analysis
Celtic Sea Floating Offshore Wind – Mooring System Generation & Load Analysis Executive Summary This study establishes the moo...
Shared Anchor Load Resolution & Capacity Verification
Celtic Sea Floating Offshore Wind – Shared Anchor Load Resolution & Capacity Verification Executive Summary This study establi...
Dynamic Cable Design & Configuration Optimization
Celtic Sea Floating Offshore Wind – Dynamic Cable Design & Configuration Optimization Executive Summary This study establishes...
Physics-Informed Anchor Prediction & Atlas Visualization
Celtic Sea Floating Offshore Wind – Physics-Informed Anchor Prediction & Atlas Visualization Executive Summary This study esta...
AI-Assisted Subsurface Intelligence & Sparse-Data Reconstruction
Celtic Sea Floating Offshore Wind – AI-Assisted Subsurface Intelligence & Sparse-Data Reconstruction Executive Summary This st...
Integrated Seismic Workflow for Floating Offshore Wind Anchors
Celtic Sea Floating Offshore Wind – Integrated Seismic Workflow for Offshore Anchors Executive Summary This study establishes the ...
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Whether you need targeted engineering studies, system-level support or longer-term technical integration, we are here to help. Get in touch to discuss your project.
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