These configurations are optimized and reorganized to cover all milling, turning, and trimming needs, ensuring a faster, more intuitive, and above all, more accurate workflow.
Rhino and Bongo
Building System Specialist Title
Do not miss the updated and newly expanded edition of the Building System Specialist Title, starting March 1st!
Explore the cutting edge of design and construction at the intersection of BIM, computational design, and artificial intelligence. This hands-on, practice-oriented BSS program is designed to equip you with the skills shaping the future of the built environment. You’ll dive into parametric design, data-driven workflows, and AI-powered design tools, unlocking new ways to design smarter, more efficient, and more responsive buildings.
Join Paz Academy and discover how emerging technologies are redefining the way we conceive, design, and deliver architecture.
In this webinar Mattia Bressanelli, R&D Lead at TECNESYSTRA Advanced Tunneling, will showcase computational modelling of existing tunnels that have challenging geometries using custom-built Grasshopper components. This demonstrates the power of Rhino and Grasshopper as a development platform for the linear infrastructures sector.
January 22, 2026, at 5 PM CET
Emergent Futures V1.0 explores how generative AI reshapes architectural design, addressing why and how to use AI tools to create concept-driven 3D scenes with Rhino, Blender, and ComfyUI. The workshop proposes that today’s AI, 3D modeling, and scripting techniques empower architects to design not just buildings, but complex systems rich in relationships, narratives, and detail, elements often lost to deadlines and constraints. We’ll examine how mastering tools enables freedom in solving design problems. To test this, we’ll develop a concept with AI and transform it into a 3D environment, treating AI as a co-author, or even the author of the project’s core ideas. While this may sound dystopian, we’ll approach it playfully. Participants will generate AI imagery of architecture, landscapes, characters, and objects within one cohesive concept, then model, texture, and light the scene for rendering. By combining a deep exploration of current tools with rapid creative workflows, we’ll simulate advanced studio practices, focusing on conceptual creation rather than full architectural plans, and conclude by materializing our ideas as a unified 3D scene.
Would you benefit by becoming an Authorized Rhino Trainer (ART)?
Your certification will allow you to stand out from others offering Rhino training.
As an ART, you can post your class schedule on the Rhino Learn page for exposure to Rhino users who visit the website. This schedule can be searched by training type and region.
ART Requirements include participation in this online class.
This online class is for ART candidates in the North American Regions.
(Other regions may also give permission for you to join our class.)
Online Class Format
See the ART Requirements for all Regions.
Questions? Please email Mary Ann Fugier.
Modulation Evolution V1.0 explores how modular design can evolve into a generative, multidisciplinary methodology using Rhino and Grasshopper. Rather than treating design as a static result, the session frames it as a systemic and evolutionary process in which geometry, logic, and creativity interact within a living design ecosystem. Participants will examine how bottom-up processes can generate spatial systems, structural coherence, and aesthetic identity across scales, from product design to architecture. The session introduces patterns as the DNA of design, showing how they carry both the rational and poetic dimensions of creation. Through discussions on computational design logic, cross-disciplinary collaboration, and digital fabrication, the talk demonstrates how complexity can emerge through gradual adaptation rather than sudden invention. Ultimately, this webinar invites participants to rethink design as an ongoing act of evolution: an interplay between form, structure, and thought in which geometry becomes a bridge linking disciplines, scales, and cultures.
Cademy has announced new dates (January - February 2026) for their upcoming Rhinoceros and Grasshopper online training sessions.
Whether you’re looking to deepen your skills or explore advanced workflows, these courses are designed to help you master computational design tools.
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.
This session explores:
You will also see practical demonstrations based on real architectural examples, showcasing how the integration streamlines and elevates everyday design workflow.

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.
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.
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
Sessions
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:
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.
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.
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.
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.
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.