AI GENERATION
PARAMETRIC DESIGN
DESIGN-SPACE EXPLORATION
ENGINEERING ANALYSIS
PARAMETRIC DESIGN
ENGINEERING ANALYSIS
AI GENERATION
DESIGN-SPACE EXPLORATION
A DIFFERENT WAY TO APPROACH EARLY DESIGN
DESIGN. EXPLORE. ANALYSE. DECIDE.
NeuralShipper brings generative design, engineering data and design comparison into a single workflow — helping teams investigate more possibilities earlier in the design process.
01
DESIGN
Turn vessel requirements into candidate hull forms and engineering geometry.
02
EXPLORE
Investigate a broader design space instead of iterating manually around a single concept.
03
ANALYSE
Examine geometry, hydrostatics, sectional-area information and performance-related engineering data.
04
DECIDE
Compare alternatives and identify promising directions before committing engineering effort downstream.
01
DESIGN
Turn vessel requirements into candidate hull forms and engineering geometry.
02
EXPLORE
Investigate a broader design space instead of iterating manually around a single concept.
03
ANALYSE
Examine geometry, hydrostatics, sectional-area information and performance-related engineering data.
04
DECIDE
Compare alternatives and identify promising directions before committing engineering effort downstream.
AI-NATIVE ENGINEERING FOR SHIP DESIGN
EXPLORE A WIDER DESIGN SPACE
Traditional concept development often focuses on a relatively small number of design alternatives.
NeuralShipper is built to help engineering teams explore many candidate hull forms, compare their characteristics and identify promising directions earlier.
More alternatives. More engineering context.
ENGINEERING WORKFLOW
FROM GENERATION TO ENGINEERING
NeuralShipper is designed to produce useful engineering outputs that can continue into established naval-architecture, CAD and simulation workflows.
01
Generative Hull Design
Create candidate hull forms from high-level vessel requirements.
02
Parametric Design
Work with dimensions, engineering parameters and controlled design variation.
03
Engineering Geometry
Generate geometry suitable for continued CAD and engineering workflows.
04
Hydrostatics
Review key hydrostatic characteristics and sectional-area information.
05
Design Comparison
Organise and compare multiple alternatives through Design Manager.
06
Simulation Workflows
Connect promising designs with CFD and performance-analysis workflows as a study progresses.
APPLIED NEURALSHIPPER
REAL ENGINEERING. MEASURABLE RESULTS.
NeuralShipper is being applied to real naval-architecture and vessel-design programmes, combining generative design with established engineering and simulation workflows.
From a month of CAD parametrisation to minutes
In an independent Siemens Digital Industries Software case study, NeuralShipper was used to generate and evaluate ship-design alternatives without the conventional upfront CAD-parametrisation workflow.
3.47 MIN
Design-generation workflow
≈ 1 MONTH
Conventional parametrisation
2.4%
Lower resistance
AI-designed crew transfer vessel
NeuralShipper was applied within the GenDSOM programme to generate and optimise the hull of a complete offshore wind crew transfer vessel developed with maritime engineering partners.
6.3%
Lower power at 25 knots
101,671 L
Modelled annual fuel saving
258.7 t
Modelled annual CO₂ reduction
NEURALSHIPPER PLATFORM
ONE PLATFORM. MULTIPLE ENGINEERING WORKFLOWS.
NeuralShipper brings AI-native design, simulation and optimisation capabilities together around the vessel engineering workflow.
01
AVAILABLE NOW
NeuralDesign
Generate, parametrise and explore vessel designs through AI-native design workflows.
02
PROFESSIONAL
NeuralSim
Extend promising concepts into simulation-led performance evaluation and surrogate-modelling workflows.
03
PROFESSIONAL
NeuralOpti
Apply optimisation workflows across larger engineering design spaces.
BUILT FOR MARITIME ENGINEERING TEAMS
BUILT FOR THE PEOPLE WHO DESIGN SHIPS
01
NAVAL ARCHITECTS
Explore more alternatives during concept development and carry promising designs into downstream engineering.
02
DESIGN OFFICES
Extend early-stage design capability without proportionally increasing manual iteration.
03
SHIPYARDS
Investigate vessel concepts and bid-stage alternatives earlier in the design process.
04
UNIVERSITIES & RESEARCH
Explore computational ship-design spaces through an accessible engineering environment.
ACCESS
USE NEURALSHIPPER YOUR WAY
WEB PLATFORM
Interactive engineering environment
Generate, manage, compare and develop vessel designs directly through NeuralShipper.
API
Integrate with existing workflows
Integrate NeuralDesign generation into internal tools, automated studies and existing engineering workflows.
SELF-SERVE ACCESS
START WITH NEURALDESIGN
NeuralDesign Lite provides self-service access for AI-driven concept exploration and engineering geometry generation.
MONTHLY
£1,500 / month
2,000 design credits / month
£0.75 per credit
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NeuralDesign Lite generation model
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AI hull generation for concept design
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STL, IGES and STEP geometry exports
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Hydrostatics and sectional area curve outputs
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Secure project history
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Shared organisation credit wallet
ANNUAL
£15,000 / year
24,000 design credits / year
£0.625 per credit
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Everything in NeuralDesign Lite Monthly
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Average 2,000 design credits per month
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24,000 design credits per year
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Save £3,000 compared with 12 monthly payments
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STL, IGES and STEP geometry exports
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Hydrostatics and SAC outputs
Additional credit packs are available to eligible subscribed organisations through the NeuralShipper billing dashboard.
