We support shipyards and yacht design studios in 3D MODELS · 2D CAD · RENDER
Yacht Design Studio
The Italian studio specializes in full-service exterior and interior design of yachts, aircraft and buildings. It develops and optimizes designs for the production of fiberglass or metal alloy units. We involve the client during the design process, defining the desired experience aboard their ideal yacht. Next, we sketch out the main features of the layout and define the initial exterior shapes. Staying in communication with the client, we create a detailed exterior sketch, using our more than 20 years of knowledge to create the perfect design. The next step is to develop photorealistic images Once the overall design is completed, we follow the shipyard
3D Exterior Design
3D modelling starting from partial ideas, informal sketches, or verbal directions
Development based on hand sketches, visual references, or minimal specifications
Modelling of technical components, structural details, exterior furnishings or mechanical elements
3D modelling for engineering simulations: CFD, FEM, structural and volumetric analyses
Geometric verification and control according to technical specifications and production tolerances
Converting hand drawings (paper or digital) into precise 3D models ready for technical use
Conversion of meshes to NURBS surfaces for CAD/CAM applications and CNC production
Reconstruction of complex surfaces for reverse engineering or technical refit
Preparation of technical files for CNC milling, laser cutting, and 3D printing
3D Interior Design
Full 3D modeling of interior spaces for residential, commercial or marine projects
Checking and handling gaps between interior layouts and load-bearing structures or technical rooms
Accurate reconstruction of interiors from floor plans, sketches, or technical documentation
Detailed modeling of fixed furnishings, furniture, lighting, claddings and finishes
Optimization and development of interior spaces (net space optimization) concerning technical volumes
Implementation of architectural layouts (GA) in 2D, coordinated with 3D modeling
3D modeling of furnished interior layouts, including cabins, technical rooms, and compartmentalization
Conceptual interior design: moodboards, coherent style, functional distribution
Replication of a uniform, coordinated style across all interior spaces in the project
Visual Artist
The visual artist service provides a realistic and detailed representation of the yacht's design and features. Every element can be visualized, from the interior and exterior layouts to the furnishings and materials chosen. With 3D rendering, the yacht can be explored from different angles and in various lighting conditions, making it easier to understand the final design and improving communication between designers, builders and clients. Ideal for professional presentations, this tool transforms concepts and designs into realistic and engaging images, supporting more informed decisions and a clear and effective presentation.
2D Drawing
General layout drawings (GA), floor plans, sections, and architectural elevations
Furnished and distributive floor plans for residential, commercial, or marine interiors
Technical sheets with dimensions and specifications for production or shipyard use
Technical drawings for cutting, assembly, and structural installation
Executable drawings for technical rooms, compartmentalization and interior setups
Detail drawings for CNC works, laser cutting, and milling
Layouts of fixed and mobile furniture integrated into technical or habitable spaces
Detailed drawings for custom furniture and personalized solutions
Construction details: paneling, ceilings, floors, wall finishes
Checking interference among systems, structures, and furniture
Verification and optimization of technical spaces in terms of accessibility and maintenance
Yacht Engineering
Our production files are based on detailed and updated "as built" 3D models. The first step is to create an accurate surface model of the yacht. We can build it from scratch using the lines plan and general construction drawing, or we can refine an existing model developed during the concept phase. Once completed, the surface model is converted into a solid model, with all surfaces given their actual thicknesses.
Modeling of assemblable systems: joints, flanges, connections, fixing points
Design with tolerances and functional clearances
Compatibility analysis between parts in closed or complex structures
Preparation of models divided into components for CNC machining, laser cutting, or molds
Geometric verification for manual or industrial assemblies
Models with geometries compatible with milling, thermoforming, resin casting, or molding
Optimization of meshes or solids for CAM (Computer-Aided Manufacturing)
Conversion and cleanup of mesh models into CAD friendly surfaces (NURBS)
Simplification or adaptation of models for rapid production cycles
Yacht Refitting
Refitting is a process of renewal and transformation that allows an existing yacht to be updated, improved, or customized. We handle interior modifications, system upgrades, space optimization, material replacement, and aesthetic restyling, always respecting the original structure of the yacht. Thanks to precise surveys and 3D modelling, we can study each intervention in detail and propose tailor-made solutions, enhancing comfort, functionality, and the overall value of the yacht.
Custom Furniture
We develop detailed construction drawings and executive projects that transform the conceptual design into precise and functional solutions. We use advanced design techniques and high-quality materials to create durable and resistant furniture, perfect for navigation conditions, without compromising style and comfort.
Product Engeniering
3D modeling of technical, structural, or mechanical components
Creation of 3D models with real thicknesses and geometries suitable for production
Modeling of parts in steel, fiberglass, aluminum, or composite materials
Design including draft angles and extraction angles for molds or molding
Components designed to be printed, cut, or mass produced
Mesh to Nurbs
Converting a mesh to NURBS involves using specific commands in 3D modeling software, such as `MeshToNURB` in Rhino or a multi-step process in programs like {Link: AutoCAD} or 3ds Max. Some methods create a NURBS surface for each mesh face, while others use different approaches like extracting points or curves to build a new surface.
Professional Academy
New for 2025: Academia is the new Yacht Design school for those who want to learn how to design fiberglass and metal alloy vessels, mastering both the technical and creative aspects of the profession. We offer specialized courses in 3D modelling, technical drawing, and rendering, with a comprehensive path that guides you from the very first idea to the commercial presentation of your project. Lessons are available in person at our Viareggio campuses, or conveniently online from anywhere. We support you through every phase of designing a yacht between 10 and 70 meters, guiding you in mastering all the necessary software and sharing the practical knowledge and tricks developed through years of professional experience.
Course types available:
Private project based lesson Personalized path to develop a concrete project (recommended duration: 2 months)
Basic intensive course Introduction to yacht design in fiberglass or lightweight metals, covering technical foundations, modeling, and visualization (available durations: 2, 6 or 8 months)
Customized course Option to insert lessons on request depending on the student's needs or interests (e.g. advanced modeling, interior layouts, systems design, project presentation, etc.)
Where courses take place:
In person at our Viareggio campuses
Online remotely, with flexible hours and individual support
Software Courses
In modern yacht design, mastering the right software isn’t optional — it’s essential. That’s why our software modules teach the leading digital tools used daily by yacht designers, shipyards, and industry professionals.Academia's software paths are designed to provide hands on, applied training. Each module takes you step by step through using modelling, technical drawing, and visualization tools with a strong emphasis on applying them directly to naval projects.Learning happens through real case studies,from internal projects or actual industry commissions. We don’t just teach theory — we focus on workflows, problem solving, best practices, and tricks of the trade. You can choose to take a single software module based on your specific needs, or include the full suite of tools in your core course (basic or advanced). Modules are customizable, scaled to your level and your goals: whether you aim to become a 3D modeler, production technician, or full designer, we’ll train you to use software like a true professional.You’ll also receive working files, guided exercises, exclusive materials, and ongoing support throughout your learning journey.
Software for 3D Modeling & Surfaces
Rhino 3D — NURBS modeling for hulls, structural components, and technical details
2D Technical Drawing
AutoCAD — Technical drawing, system layouts, plans and sections
Make2D (Rhino) — Exporting technical 2D views from 3D models
Rendering & Visualization
V Ray for Rhino — Photorealistic rendering for professional presentations
Corona for 3ds Max
Phoenix plugin for 3ds Max
KeyShot (optional) — Fast rendering for prototype visuals and concept work
Software for 3D Modeling & Surfaces
Rhino 3D — NURBS modeling for hulls, structural components, and technical details
