This course aims to provide students with advanced training in three-dimensional modeling applied to the field of naval and yacht design. Using the professional modeling software Rhinoceros, students will learn how to develop complex digital models of yachts, with a focus on integrated and production-ready design.
The course covers the theoretical and practical concepts of surface modelling in the CAD environment. The student deals with the problems of modelling pleasure boats and their correct 3D and 2D representation. The main objective is to develop and foster students’ ability to geometrically interpret shapes for their representation through the creation and manipulation of NURBs surfaces.
Master advanced NURBS modeling techniques for hulls and complex surfaces;
Design a complete yacht model including hull, superstructure, interiors, and detailed components;
Introduction to parametric modeling using Grasshopper;
Prepare models for digital fabrication (3D printing, CNC machining);
Communicate the design through renderings, technical drawings, and presentations.
Skills will be acquired through lectures, practical exercises, individual project development, and periodic reviews.
Basic knowledge of 3D modeling and elementary use of Rhinoceros. Familiarity with technical drawing and design principles (industrial or naval) is recommended.
The course combines theoretical lectures, live software demonstrations, guided exercises, and individual design work. A digital platform will be used for material sharing and assignment submissions.
NURBS surfaces: advanced hull and hull geometry modeling
Design of deck layout, superstructure, and functional components
Interior modeling and technical details
Introduction to Grasshopper and parametric logic
Model optimization for 3D printing and CNC production
Rendering techniques and layout of final presentation boards
A. Ballarini, Rhinoceros Guida Avanzata alla Modellazione 3D, Tecniche Nuove
A. Payne, Modeling Ships and Boats in Rhino (online resources)
Official McNeel tutorials and documentation: www.rhino3d.com Supplementary materials and handouts will be provided by the instructor.
https://corsi.unige.it/corsi/11905/studenti-orario
The timetable for this course is available here: EasyAcademy
Oral exam with presentation of the individual project developed during the course.
Final assessment will be based on:
Technical and formal quality of the 3D model
Completeness and coherence of the visual outputs (renderings, sections, views)
Ability to explain and justify design choices
Proficiency in the use of the software tools introduced in class
Students with disabilities or learning disorders are allowed to use specific modalities and supports that will be determined on a case-by-case basis in agreement with the Delegate of the Engineering courses in the Committee for the Inclusion of Students with Disabilities. Students are invited to contact the teacher of this course and copy the Delegate (https://unige.it/commissioni/comitatoperlinclusionedeglistudenticondisabilita.html).
Participation in optional workshops, company visits, or seminars with professionals from the nautical and digital fabrication industries may be offered during the course.
