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Join us for an inside look at RhinoCAM 2026 (https://www.food4rhino.com/en/app/rhinocam), the newest release of MecSoft’s fully integrated CAM solution for R...
Parametric Jewlery Design with Grasshopper3D
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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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One Computational System, Two Architectural Elements
Developed through a shared computational system in Rhino, Grasshopper, and GhPython, a staircase and a series of lanterns translate the same sine- and cosine-based logic into two distinct architectural elements. Designed by Sofia Michopoulou for Aegean Landmark in Athens, the projects explore how controlled geometric variation can move from parametric modelling to CNC fabrication.
The post One Computational System, Two Architectural Elements appeared first on Rhino3Dzine.
Emergentia Pavilion: Modular Architecture Grown Through Cellular Automata
Emergentia Pavilion is a conceptual architectural study by Sukriti Ambasht that turns cellular automata into modular spatial form. Rhino, Grasshopper, Python, Kangaroo, and C# connect the pavilion’s geometry, proposed assembly, and algorithmic lighting.
The post Emergentia Pavilion: Modular Architecture Grown Through Cellular Automata appeared first on Rhino3Dzine.
From 17,000 Pixels to 13 Comb Variations: A Façade Rationalised in Grasshopper
For This Is The Place in Mumbai, Rhino and Grasshopper helped turn a façade conceived as approximately 17,000 individual pixels into a buildable system of just 13 comb variations, linking artistic intent, panel organisation and fabrication drawings.
The post From 17,000 Pixels to 13 Comb Variations: A Façade Rationalised in Grasshopper appeared first on Rhino3Dzine.
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Kangaroo Physics online workshop, December 2-4 (McNeel Europe)
Kangaroo Physics online workshop
Tutor: Ping-Hsiang Chen
December 2–4, 2026
10:00 AM - 2:30 PM CET (Barcelona)
Hosted on Zoom by McNeel Europe
Ping-Hsiang Chen, Senior Associate at Dar Al-Handasah and former computational designer at Zaha Hadid Architects, will lead a three-day online workshop on physics-based modelling, form-finding, and optimization with Kangaroo Physics, hosted by McNeel Europe.
This course introduces Kangaroo Physics, the live physics engine in Grasshopper, through interactive simulation, form-finding, optimization, and constraint solving. Participants will explore advanced modelling methods that use physical principles and material behaviour to drive the design of complex geometries.
Through practical exercises covering gridshells, origami, curved-crease folding, and inflatable structures, participants will learn to define constraints, analyse geometry, and address common challenges in geometric optimization. The workshop will also introduce core concepts such as particle systems and material properties, alongside techniques for creating animations and working with NURBS, Mesh, and SubD geometry.
Designed for architects and designers interested in advanced computational modelling, the course connects physics-based experimentation with practical approaches to form-finding and geometry rationalization.
Day 1: Fundamentals of Physics-Based Modelling
- Introduction to physics-based modelling concepts.
- Overview of Kangaroo solvers and simulation setup.
- Understanding goals, forces, and constraints.
- Exploring interactions between geometric elements.
- Case study: Gridshells and wood bending systems.
Day 2: Form-Finding and Advanced Geometry Modelling
- Introduction to tensegrity structures.
- Exploring origami, folding behaviours, and curved creases.
- Form-finding with Mesh and SubD geometry using Kangaroo.
- Understanding the principles of geometric optimization.
- Using subdivision and QuadRemesh to prepare and refine geometry.
Day 3: Advanced Applications and Optimization Workflows
- Simulating inflation and pneumatic structures.
- Exploring differential growth and circle packing.
- Understanding collision detection and controlling interactions between geometries.
- Combining Kangaroo with evolutionary algorithms and iterative loops.
- Integrating Kangaroo into advanced modelling and fabrication workflows.
Course requirements: The class is designed for participants who have completed the Grasshopper Level 1 course or regularly use Grasshopper in their daily work and are familiar with its basic data structures. An intermediate level of proficiency in Rhino is also recommended.
Software requirement: Rhino 8
Online course fees: 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.
Course language: English
Educational seats are limited. Sign up now by contacting Verena!
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