Generative Jewelry Design 3D

Parametric Jewlery Design with Grasshopper3D

About GJD3D

Generative Jewelry and Fashion Design with Rhino® and Grasshopper® is a new way to model jewelry where the designs are ‘generated’ using generative algorithms. A form is created by a series of mathematical operations, instead of being the outcome of applying a conventional command. 
Grasshopper® allows designers to discover new forms from the simple to the awe-inspiring with no knowledge of programming or scripting.

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Parametric Adaptive Shell for an Autonomous Stock Handling Robot

Designed for a real-world logistics automation platform, this project explores how Rhino and Grasshopper can be used to develop adaptive industrial components that balance structural performance, mechanical constraints, ventilation, and manufacturability within a fully parametric workflow.

The post Parametric Adaptive Shell for an Autonomous Stock Handling Robot appeared first on Rhino3Dzine.

Aion: Turning History into Morphology 

Designed for Southeastern Louisiana University’s centennial anniversary, Aion transforms institutional memory into inhabitable geometry. Developed through Rhino and Grasshopper, the monument combines parametric thinking, site analysis, and fabrication logic to create a public installation where history, movement, and community intersect.

The post Aion: Turning History into Morphology  appeared first on Rhino3Dzine.

From Form-Finding to Fabrication: Pabellón Generativo Michoacán

A generative pavilion built in Morelia, Mexico, explores how form-finding, Voronoi-based segmentation, and digitally fabricated nodes can translate computational logic into a lightweight physical structure assembled from recycled CPVC components.

The post From Form-Finding to Fabrication: Pabellón Generativo Michoacán appeared first on Rhino3Dzine.

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Call for Papers: CAGD Special Issue on Applications of NURBS in Architectural Geometry

 


The journal Computer Aided Geometric Design (CAGD) has announced a special issue on Applications of NURBS in Architectural Geometry, marking the 50th anniversary of Non-Uniform Rational B-Splines (NURBS).

For five decades, NURBS have played a central role in geometric modeling, enabling designers, engineers, and architects to create and fabricate increasingly complex forms with precision and flexibility. From early freeform design exploration to today's integrated design-to-fabrication workflows, NURBS continue to underpin many of the digital tools used throughout the architecture, engineering, and construction industries.

This special issue celebrates the enduring impact of NURBS on architectural geometry and invites contributions that explore both their achievements and limitations. 

Topics of interest include:
  • Surface modeling and rationalization
  • Precision fabrication and construction
  • Performance-driven and multi-objective design
  • Interoperability and digital workflows
  • Education and pedagogy
  • State-of-the-art reviews
  • Methodological advances
  • Built project case studies
The editors welcome submissions that highlight successful applications, discuss current challenges, and explore emerging approaches that may strengthen spline-based design and analysis in the future.

Guest Editors:
  • Konstantinos Gavriil (Executive Guest Editor), SINTEF, Oslo, Norway
  • Caitlin Mueller, Massachusetts Institute of Technology (MIT), USA
  • Iman Fayyad, Harvard University, USA
  • Jonathan Rabagliati, Foster + Partners, UK
Submission deadline: 30 September 2026

 
 
 

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