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.
Generative Jewelry Design 3D is a social network

A high-performance patrol vessel designed with Petestep’s Spray Deflector Technology and refined through Rhino and Orca3D Marine CFD. The Silverback Grizzly 21 LE sets a new benchmark for speed, efficiency, and crew comfort in law enforcement marine craft.
The post Silverback Grizzly 21 LE: Data-Driven Design for Law Enforcement on the Water appeared first on Rhino3Dzine.

This webinar is designed for all professionals involved in topography modeling and terrain operation calculations, including architects, civil engineers, landscape architects, and others.
The post Modeling Topography & Grading with RhinoLands (2D/3D) appeared first on Rhino3Dzine.

The Peanut Bench reimagines the traditional coopering technique through computational design. Using Rhino, Grasshopper, and CNC machining, Stephen Thrasher crafted a free-form wooden bench that bridges craftsmanship and digital fabrication.
The post The Peanut Bench: Free-Form Coopering on a CNC Robot appeared first on Rhino3Dzine.
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In this live webinar we will have the opportunity to have an end-to-end look at iterative toolmaking with designers and domain experts. Join the webinar if you are interested in co-defining the data model, using system and workflow architecture inside Grasshopper, instrumenting prototypes for real-time feedback, and converging toward a robust, user-friendly plugin. We will show patterns, pitfalls, and handoffs that turn exploratory routes into maintainable, documented, deployable tools at scale.
About the speaker:
Ashkan Rezaee is a designer and toolmaker who blends architecture with technology to create innovative solutions in AECO industry. With a master's degree in Computational Building Development and Fabrication and a background in Architecture Engineering, Ashkan has a strong foundation in sustainable design and environmental simulation practices. His academic journey also includes a deep dive into fabrication tools and methods, enabling him to bridge the gap between design and production seamlessly. His current role is Sustainability Specialist and Software Developer at Henning Larsen in Copenhagen.