- New Scatter and Proxy Features: Generate large quantities of low-poly proxy models that render as the high-detail, complex geometry they represent. Use minimal system resources to create and render vast 3D scenes in Rhino while maintaining smooth performance even with large-scale environments.
- Dedicated Grass Tools: Developed specialized scatter and proxy tools for grass. Includes commonly used grass types with specific optimizations, allowing you to generate and render large, realistic grassy areas with a single click—infusing your designs with breath, rhythm, and vitality.
- Innovative 3D Noise Texture for Scattering: Introduces the innovative use of 3D noise textures to control random distribution. This eliminates the tedious steps of selecting maps and setting UVs, simplifying operation and improving usability. Achieve more powerful results with fewer parameters, easily controlling density, distribution rhythm, and shaping visually harmonious landscapes to generate rich, natural scenery with one click.
- Optimized Plant Rendering Shader: Includes a specially crafted Fast Backlit Subsurface Scattering Shader for leaves, grass blades, and other foliage. This allows plants to appear translucent, realistic, and natural when illuminated by sunlight.
Tuesday, December 23, 2025
Nature-Render 2.3 for Rhino Released
Monday, December 22, 2025
Termite: Rhino Grasshopper Plugin Developed for 3D Printing of Clay
Termite is a plugin developed for Liquid Deposition Modeling (LDM) 3D printing, offering a dedicated toolset for clay and other paste-based materials. Created by Julian Jauk within his research at Graz University of Technology, the plugin has been validated through multiple seminars, architectural prototypes, and international workshops, and is already in active use across several educational facilities.
While most slicing tools are optimized for thermoplastics and small nozzle sizes, clay printing typically uses nozzles between 1–30 mm and requires precise control over path layout, material flow, and printer movement. Termite addresses this gap by integrating essential slicing features—such as custom path generation, sorting algorithms, variable parameters within a single print, inrun speed control for smooth starts, extrusion flattening for reliable adhesion, and automatic detection of path intersections—directly into the parametric design environment of Rhino and Grasshopper.
Termite provides 20 modular components across the categories Main, Create, Sort, Display, and Example, supporting both beginner and advanced workflows. It is designed as an easy-to-use tool for Grasshopper newcomers, with features working immediately after installation, while still offering maximum freedom for experimental fabrication through its open, modular structure. Users can design printing paths in Rhino, Grasshopper, or via Termite’s own components, with all required G-code generated in real time.
Suitable for clay and earth-based mixtures, concrete, biopolymers, biomaterials, and various food-grade pastes, Termite works not only with LDM printers such as the WASP 40100 LDM and Delta WASP 2040 Clay but also with any machine capable of interpreting G-code, including Cartesian and polar printers or robotic arms.
Termite is available for Windows and macOS for Rhino 6 or later. The plugin includes an installer, example files, and a tutorial video. It is completely free to use and can be downloaded via Food4Rhino or installed directly through the Rhino Package Manager.
Wednesday, December 17, 2025
food4Rhino webinar: Termite AI - Recorded session now available
The "food4Rhino webinar: Termite AI" focused on an intelligent design co-pilot that helps architects and designers in early-stage design workflows. The webinar took place on December 11, 2025.
In case you missed it, visit our "food4Rhino webinars" playlist.
Find more about Termite AI and download an Eval at https://www.food4rhino.com/en/app/termite-nest
Online training: Maritime Hull Design and Fairing - New editions in February and March 2026
Rapid Hull Modeling for Ships / Yachts / Workboats / Multihulls
Class-A Fairing – Final Design – Fairing for Production – Hull Optimization – Reverse Engineering – Hull from GA/ Lines-Plan – Advanced Analysis – Modeling Strategies – Developable Hulls
Rhino enables accurate, flexible, and fair vessel hull design with the Rapid Hull Modeling Methodology.
Naval architect Gerard Petersen from RhinoCentre developed this method in collaboration with other professionals in the marine industry. After years of offering training and services to leading companies in the marine industry worldwide, RhinoCentre developed three unique training modules to guide you in modeling, fairing, and reverse engineering vessel hull shapes.
Three training modules are covered in four two-hour live training sessions. Between the live sessions, you practice the exercises as self-study with the instructional videos and written-out exercises.
Monday, December 15, 2025
Webinar: Rhino.Inside.Revit: Integrating Rhino and Revit in Architectural Workflows - December 17 at 17:00 (CET)
Join Sabit, Authorized Rhino Reseller, on December 17 at 17:00 (CET) for a webinar focused on modern design workflows powered by Rhino.Inside.Revit — a technology that brings together Rhino’s flexible NURBS modeling and Revit’s powerful BIM environment.
During the session, we will explore:
- the role of Rhino and Grasshopper in contemporary architectural design;
- the advantages of NURBS modeling, including speed, precision, and Rhino’s open ecosystem;
- how Rhino.Inside.Revit works and the essential steps for getting started;
- creating Revit elements directly from Rhino geometry;
- adaptive components and parametric design workflows in Revit;
- data exchange between Grasshopper and Revit;
- BIM data visualization and documentation automation.
You will also see practical demonstrations based on real architectural examples, showcasing how the integration streamlines and elevates everyday design workflows.
Friday, December 12, 2025
Learn automotive texture-design workflows in Rhino and Grasshopper by Cademy xyz

BYD Acoustic Texture – Inspired by Dynaudio
Recreate a speaker grille texture inspired by a Dynaudio design inside a BYD vehicle.
We’ll model the door-panel section in Rhino, then use Grasshopper to build a random-controlled perforation pattern.
Parametric Front-Bumper Textures for EVs
Since EVs no longer require large air-intake openings, front bumpers have become an expressive design surface.
We’ll explore how to use parametric textures to communicate identity, motion, and brand character.
- Grasshopper 3D Masterclass
December 13-14, 2025
08:00-15:00 CET
- Ad. Parametric Texture Workshop
January 17-18, 2026
07:00-14:00 PST
Thursday, December 11, 2025
Rhino User Webinar: Archicad/Grasshopper Live Connection Workflow - New recorded webinar now available!
Interested in the Archicad/Grasshopper Live Connection workflow but missed the last live webinar? You can watch it now on YouTube!
In this recorded webinar, architect and computational design specialist Gregor Doblinger demonstrates a complete workflow using the Grasshopper–Archicad Live Connection, while showing key Archicad functionalities and tips within Grasshopper. He also provides insights into workflow structure and live visualisation with Enscape.
Webinar: VisualARQ for Residential Architecture
Join Asuni for an online session highlighting how VisualARQ 3 can streamline residential architecture workflow in Rhino. Learn how to model houses and multi-unit buildings using VisualARQ’s parametric BIM objects, create floor plans and sections directly from the 3D model, and extract areas, volumes, and schedules. We’ll also cover DWG and IFC export for smooth collaboration.
What you’ll learn
- Modeling residential buildings with BIM objects
- Generating plans, sections, elevations, and schedules
- Customizing architectural elements
- Computing areas, volumes, and reports
- Coordinating via DWG and IFC
Sessions
- December 17 10:00 AM (CET) – Registration
- December 17 5:00 PM (CET) – Registration
Wednesday, December 10, 2025
Webinar - Rhino3D for Building Performance Using TAS
Live demo on importing Rhino models into TAS, using EDSL API and Dynamic CFD
December 16, 2025 - 3 PM (UTC+1)
Join us for this live demo where Ian Highton, EDSL Founder, and Andrew Hilmy, Systems Director at EDSL, will show how to import a Rhino CAD model into TAS:
- Introduction to TAS building simulation software
- Working in Rhino and importing a 3D model into TAS
- Running an energy and thermal simulation
- Dynamic CFD for indoor thermal comfort
- Getting started with the TAS API
Tuesday, December 9, 2025
Rhinoceros for Architects Level 1 by Sabit
If you work in architecture, now is the perfect moment to level up!
No unnecessary theory—only what brings results as soon as tomorrow.
What you’ll get:
- 100% practical training
- Modern modeling techniques
- Guidance from an architect from Asymptote Architecture
- A unique system for tracking your progress
- A portfolio built on real-world tasks
Duration: 10 sessions, 1 hour each
Master in Parametric Design, Spring 2026 by Controlmad
MaSTER COURSE IN PARAMETRIC DESIGN
A unique study program to introduce you to the world of computational design, the state-of-the-art field for product design, architecture, landscape, engineering, digital fabrication... through creating physical and digital parametric models using as main tools Grasshopper for Rhino, along with CNC (computer numerical control) machines.
- Part I – Digital Tools (248 hours)
- Part II – Digital Fabrication (137 hours)
- Entire course (onsite or online)
- Just Part I (onsite or online)
- Hybrid: Part I online + Part II onsite.
Getting to know… CD Peacock: When Heritage Fuels Innovation!
For nearly two centuries, CD Peacock has been a Chicago jewelry icon. Now, in collaboration with ShapeDiver, the brand is merging tradition with modern technology to transform the bridal ring experience.
In ShapeDiver's latest interview, Jewelry Creative Director Kelly Jacobson reveals how CD Peacock is using Rhino and Grasshopper to design customizable rings that combine timeless craftsmanship with cutting-edge digital tools. The Love and Celebration collection lets customers personalize every detail of their ring in an intuitive, interactive way, blending the best of digital and in-person experiences.
This interview is a must-read for anyone interested in how jewelry design is evolving through technology, offering fresh insights on combining artistry with customization.
Thursday, December 4, 2025
Rhino User Webinar: Instrumenting the Design Process - New recorded webinar now available!
If you were unable to attend the latest Rhino User Webinar live, it is now available to view!
Ashkan Rezaee has been kind enough to share his workflow with an end-to-end look at iterative toolmaking with designers and domain experts. Watch this recorded 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.
Wednesday, December 3, 2025
food4Rhino webinar: Termite AI (December 11, 2025, at 5 PM CET)
food4Rhino webinar: Termite AI
December 11, 2025, at 5 PM CET
Join us for a live demonstration of Termite AI - an intelligent design co-pilot that helps architects and designers generate floor plans, spatial layouts, and unit distributions in minutes.
In this session, we will show how Termite connects seamlessly with Rhino, Grasshopper, and Revit, integrating AI into your early design workflow without changing your tools.
We’ll showcase how Termite accelerates early-stage design decisions, optimizes spatial configurations, and adapts to your design intent—whether you’re working on a single building or a large-scale project.
What You’ll Learn
- How Termite AI generates floor plans and unit distributions with minimal input
- Live integration demo with Rhino, Grasshopper, and Revit
- How Termite fits into early-stage design workflows
- Upcoming features and roadmap for early adopters
- Architects and designers using Rhino, Grasshopper, and Autodesk Revit in early-stage design
- Professionals seeking tools to streamline early design and reduce manual work
- Innovators eager to explore AI-driven design workflows
Speaker:
Mohammad Hassan Saleh Tabari is the co-founder of Termite Intelligence GmbH, an AEC technology startup based in Innsbruck, Austria, and the developer behind Termite Nest and Termite AI. Since 2021, Mohammad has served as a university assistant at Innsbruck University. He is currently finalizing his PhD in Computational Design, focusing on numerical models for the design of spatial and lightweight structures.
Termite has been developed since 2020, with over 6000 downloads, beginning with the Termite Nest plugin for Grasshopper. In 2024, Termite Intelligence was recognized as a finalist in the Austrian Startup World Cup. In 2025, based on community feedback, Termite turned into an intelligent design assistant dashboard to facilitate the design process.
Tuesday, December 2, 2025
Membranes: From Concept to Fabrication—8-Week Specialized Training by ixRay Ltd (February-April 2026)
Membranes: From Concept to Fabrication—8-Week Specialized Training by ixRay Ltd
Designing advanced membrane structures requires a solid understanding of form-finding, material behavior, aerodynamics, and precise digital modeling. For architects, engineers, and designers looking to deepen their expertise, ixRay Ltd, in collaboration with the Architectural Membrane Association (AMA), is launching an intensive 8-week online training program focused on membrane structures—from concept to fabrication.
This comprehensive course is led by a panel with over 30 years of industry experience, including renowned instructor Gerry D’Anza. It integrates powerful software tools such as IxCube 4-10, IxCube CFD, and Rhino/Grasshopper.
What You Will Learn
Throughout the eight weeks, participants will explore the full workflow of membrane design and engineering:
1. Form-Finding Through Forces
Understand how membranes naturally generate optimized shapes through tension forces, achieving stability and elegance.
2. Rhino Modeling & Grasshopper
Learn how to build accurate 3D models and workflows for membrane structures using Rhino and parametric design automation in Grasshopper.
3. Parametric Design (Rhino + Grasshopper + IxCube 4-10)
Develop advanced parametric systems that integrate structural behavior and patterning processes.
4. Inflatables & ETFE Cushions
Gain technical insights into the design and analysis of pneumatic structures and ETFE cushion systems.
5. Nonlinear Analysis of Membranes and Steel Structures
Study real-world structural behavior under load, using specialized simulation tools.
6. Wind Tunnel Simulation with IxCube CFD
Run CFD simulations over thin double-sided membranes to validate aerodynamic performance.
7. Steel Design (American, Euro, and Indian Codes)
Learn essential global steel standards and apply them to tension structures.
8. Project Management (Patterning & Production)
Understand production techniques, patterning strategies, and efficient project delivery.
Course Details
- Format: Online (Zoom)
- Start Date: Friday, February 13, 2026
- Schedule: Every Friday for 8 weeks
- Time: 14:00–16:00 CET
- Instructor: Gerry D’Anza
- Language: English
- Free 4-month professional license of IxCube 4-10
- Certificate of participation from ixRay Ltd
- Direct training from industry experts
- Practical workflow experience from concept to fabrication
- To register, send an email to [email protected] with the subject: COURSE 2026
- Include your full name and contact information.
- Early registration: €300 (before December 31, 2025)
- Late registration: €450 (after December 31, 2025)
- The course requires a minimum of 10 participants to begin.
- Requirements: Basic knowledge of CAD (AutoCAD, Rhinoceros, etc.).
- This training is ideal for professionals in: Architecture, engineering, tensile structure design, fabrication, and computational design.
MatrixGold 3.11: The Agility Update
tools and enhancements that streamline the jewelry design process.
From creating intricate settings to optimizing workflows and producing realistic visuals, this version offers designers greater flexibility, precision, and creative control, enabling them to bring their ideas to life with ease.
What’s New in MatrixGold 3.11
- iJewel3d Integration - Produce high-quality visuals in seconds with advanced materials and realistic lighting.
- Smart Prong - Place prongs accurately between stones in a stone line and streamline your setting process for faster, more efficient workflows.
- Boolean One by One - Simplified complex Boolean operations with greater control by isolating and fixing elements individually for cleaner results.
- Matching Band Rail - Automatically generate a band that perfectly follows your ring’s contour, giving you a seamless, fully customizable fit.
- Global Parametric ON/OFF - Toggle parametric mode on or off across all tools with a single click to take full control of your workflow.
- Bounding Box - View exact geometry dimensions instantly in the viewport and keep every measurement accurate and visible.
- Project Manager Tags - Organize your work effortlessly by adding custom tags to your projects and quickly locating related files when you need them.
- Quick Command Tags - Navigate and organize your favorite tools faster with new color-coded tabs designed for clarity and efficiency.
- This update also includes additional improvements to help jewelers work smarter and more efficiently across the platform.
Friday, November 28, 2025
Computational Food Design: Teaching Rhino & Grasshopper with Edible Briefs
The recording of our Educator’s Lab webinar: Computational Food Design: Teaching Rhino & Grasshopper with Edible Briefs is now available!
In this mouth-watering session, architect and Authorized Rhino Trainer Jose Antonio Carrillo reveals how he fuses architecture, gastronomy, and digital fabrication with Rhino 8 and Grasshopper to make computational design instantly tangible and engaging for students.
He walks us through his first food-inspired architecture project, the touching story of how the Ribbon Chapel shaped one of his designs, and how these inspirations evolved into chef collaborations, award-winning student outcomes, a demo that both teaches and inspires you to design your own cakes, and his latest cross-disciplinary research.
If you’re seeking fresh teaching strategies, new ways to engage students, or love seeing computation meet cuisine, this recording is a must-watch.
Rhino User Webinar: Archicad/Grasshopper Live Connection Workflow
In this webinar, Gregor Doblinger from Delugan Meissl Associated Architects | DMAA will demonstrate a complete workflow using the Grasshopper–Archicad Live Connection. He will showcase the roof design of the Badischen Staatstheater as a live case study, covering shape-finding processes in Rhino/Grasshopper, adaptive base geometry parametrically linked to Archicad, and strategies for maintaining design flexibility while detailing complex structures.
The session will also explore key Archicad functionalities and tips within Grasshopper—including beams, element properties, AC nodes, and generating 2D plans—and insights into workflow structure and live visualization with Enscape.
About the speaker:
Gregor Doblinger is an Austrian architect and computational design specialist with extensive experience leading housing projects and collaborating on large-scale cultural and urban developments. He studied at the technical school for carpentry in Hallstatt before studying architecture at the Vienna University of Technology, where he completed his thesis. Since 2020, he has contributed to numerous high-profile projects with DMAA. His work spans architecture, computational workflows, and interdisciplinary design, including collaborations in jewelry design.
Wednesday, November 26, 2025
Rhino at The Architect Show 2025 in Athens with ErgoCad
We are delighted to share this news with our community and encourage anyone attending the event in Athens to visit ERGO CAD’s space.
Monday, November 24, 2025
Getting to know… Frame Maker: Custom-fit Eyewear for On-Demand 3D Printing!
Industrial designer Andrés Roppa, founder of Frame-Stock, shares how he’s reshaping eyewear design through Rhino, Grasshopper, parametric modeling, and 3D printing. In this ShapeDiver interview, he explains how his tool Frame Maker converts 2D outlines into ready-to-prototype 3D frames, making customization faster and more accessible, especially when combined with ShapeDiver and the App Builder. Explore real-world applications like Vision Now, the balance between automation and creativity and how emerging technologies are redefining the industry's future.
Tuesday, November 18, 2025
Rhino User Webinar: Instrumenting the Design Process
In this live webinar, we will 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 the 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 seamlessly bridge the gap between design and production. His current role is Sustainability Specialist and Software Developer at Henning Larsen in Copenhagen.
Friday, November 14, 2025
Rhino User Meeting Graz - November 26, 2025
Join Rhino3D-Shop, McNeel Europe, and TU Graz for a Rhino User Meeting in Graz on November 26, 2025.
An informal gathering of Rhino and Grasshopper users in the fields of Design and AEC (Architecture, Engineering & Construction).
Location:
TU Graz
HÖRSAAL HS I
Raumnr. : ATK1120H
Alte TechnikRechbauerstraße 12 / 1. Kellergeschoß
8010 Graz
Date & Time:
November 26, 2025
13:00-18:00h
Program:
- 13:15 - 13:30h: "Einleitung" - Gerald Sodl von Rhino3D-Shop
- 13:30 - 14:00h: "Neu in Rhino WIP" - Carlos Perez von McNeel Europe
- 14:00 - 14:30h: "Design for Life" - DI Dr. Jan Kokol von IMAGO Design
- 14:30 - 15:00h: "Nutzung von Grasshopper jenseits der algorithmischen Modellierung" - DI Petrus Gartler von perzgartlerdesign e.U.
- 15:00 - 15:30h: "Modellieren und Skripten mit Rhino - Bachelor-Lehre an der TU Graz" - Prof. Urs Hirschberg vom Institut für Architektur und Medien der Technischen Universität Graz
- 15:30 - 16:00h: Break
- 16:00 - 16:30h: "Design Einhandmischer - Robo Lichtskulptur - Betonform Schalung" (vorläufiger Titel) - DI David Stelzer von HTBLVA Graz - Ortweinschule
- 16:30 - 17:00h: "Rhino Inside Revit" - Carlos Faveri Marchi vom Institut für Architektur und Medien der Technischen Universität Graz
- 17:00 - 17:30h: "MetalArtDesign" - Alexander Schreilechner von metalartdesign
- 17:30 - 18:00h: Get together
Language: German
Included: Snacks and drinks
Thursday, November 13, 2025
Rhino User Webinar: From Code to Craft - New recorded webinar now available!
If you were unable to attend the latest Rhino User Webinar live, it is now available to view!
Be guided by Peggy Yu as she walks you through how computational design drives innovation in art and furniture. Explore two fascinating projects:
- A robotic interactive sugar-printing experiment, where Grasshopper translates human sound into precise robotic motion.
- A deep dive into the Pat-chair, a case study showing how computational tools shape both the form of the piece and its digital manufacturing toolpath.
Wednesday, November 12, 2025
Master Surface Design with Rhino + KeyShot by Sabit
Take your design presentation skills to the next level!
Whether you design consumer products, jewelry, footwear, or concept models, this course gives you the essential techniques to turn your 3D ideas into striking visual results.
Modeling Topography & Grading in RhinoLands (2D/3D) - November 27
If you’re already designing in Rhino, this session shows how RhinoLands extends your native workflow for terrain and grading, no context switching, no workarounds.
Why it fits into Rhino
- Linked 2D ⇄ 3D: Edit contours or surfaces and see updates reflected across both views—instantly.
- Automated QTOs: Get quantity take-offs for cuts, fills, paths, and other terrain operations—generated automatically.
- BIM-ready output: Produce precise BIM models you can bring into Revit or Archicad via IFC, or push directly to Revit with Rhino.Inside.Revit.
- For AEC teams: Architects, civil engineers, and landscape architects all benefit from a consistent Rhino-native approach to topography.
🔗 Join the webinar: Modeling Topography & Grading with RhinoLands (2D/3D)
Secure your seat—register now.
Footwearise 2025 on December 4 & 5 by Footwearology
Tuesday, November 11, 2025
Computational Food Design: Teaching Rhino & Grasshopper with Edible Briefs
Friday, November 7, 2025
Rhino.Inside.Revit online workshop, December 10-12, 2025 (McNeel Europe)
Since 2009, numerous third-party plugins have improved interoperability between Autodesk’s BIM software Revit and Rhino/Grasshopper. Introduced with Rhino 7, Rhino.Inside.Revit significantly advances this integration by adding over 300 Revit-aware components to Grasshopper, enabling users to query, modify, analyze, and create native Revit elements directly within Grasshopper.
In this workshop, Junghwo Park, BIM Manager at Doka GmbH, will introduce participants to Rhino.Inside.Revit, a powerful framework that integrates Rhino and Grasshopper directly within Autodesk Revit. Participants will gain a basic understanding of Rhino.Inside.Revit, learn about BIM management use cases, and explore parametric BIM workflows with Rhino.Inside.Revit and selected Grasshopper plugins for design automation.
Rhino.Inside.Revit also provides a powerful translation API for building custom conversion workflows between Revit data and Rhino geometry and metadata. Its advanced geometry conversion API ensures accurate translation of complex Rhino shapes into Revit, and it is fully accessible through Grasshopper’s Python and C# scripting components.
Day 1
- Overview – Introduction to Rhino.Inside and its limitations
- Useful Grasshopper Plugins for BIM workflow
- Revit Units vs. Rhino Units
- Project Framework and Documents
- Selections and Filters
- Coordinates
- Creating Revit Elements
Day 2
- Creating Forms
- Revit Materials
- Creating Families (Loadable Families)
- Getting & Setting Parameters
- SubD to Revit Conversion
- Revit Topology (Rooms, Areas, and Spaces)
- Analyzing Revit Elements
Day 3
- Views and Sheets
- MakeHatch Command
- Details and Annotations
- Parametric BIM Design
- Structural Analytical Model
- Clash Detection
- Tips and Tricks
Course requirements: This workshop is intended for Revit users who want to learn how to integrate Rhino and Grasshopper into their workflows, as well as for Rhino and Grasshopper users who wish to explore Rhino.Inside for Revit. Basic knowledge of Rhino, Grasshopper, and Revit (version 2024.3) is required.
Software requirement: Rhino 8, Revit 2024.3
Online course fees for each course: EUR 395 (+VAT). Full-time students and university teachers receive a 50% discount (proof of status required). Please note that we will confirm your seat after your payment has cleared.
Maximum number of participants for each course: 25. If there is no quorum, the course will be canceled 15 days before.
Thursday, November 6, 2025
Shape to Fabrication 2025 - Conference Presentation Reports Published
Shape to Fabrication took place earlier this year in London, and the organisers, Simply Rhino, have now published all the technical write-ups of the presentations from the 2-day AEC-focused conference.
Wednesday, November 5, 2025
Rhino User Webinar: Free Form to Fabrication - New recorded webinar now available!
If you were unable to attend the latest Rhino User Webinar live, it is now available to view!
Ignacio Fuentes-Cantillana Monereo guides you through the fundamentals of SubD in Rhino and Grasshopper—how its geometry enables complex forms with crisp creases—through a quick form-finding exercise and real project examples. He then moves on to fabrication: panelization, machine-learning-aided layout, and how SubD data drives milling and robotic workflows to deliver complex results.




















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