McNeel Europe Rhino User Webinar

Whether you're new to Grasshopper or looking to enhance your existing Tekla workflow, this webinar will equip you with valuable techniques to automate and customize your drawings more efficiently than ever before.

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Renderizado Moderno e Inteligencia Artificial: Videoconferencia

Esta conferencia presentará cómo herramientas como Unreal Engine y V-Ray, que permiten crear renders hiperrealistas, recorridos interactivos y presentaciones en tiempo real que potencian la comunicación de ideas arquitectónicas.

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Reimagining Prosthetics: A Parametric Foot Cover

Franziska Hagenauer’s project transforms prosthetic design through a parametric foot cover that highlights, rather than hides, the underlying technology. Developed at Controlmad using Rhino and Grasshopper, the design merges biomimicry, digital fabrication, and personal expression.

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So Table by So Concrete

So Table is the result of an experimental approach using a new 3D concrete printing technology called Selective Paste Intrusion (SPI). Jonáš Kolařík, computational designer at So Concrete, explains that the goal was to create a structure that is spatially rigid yet visually lightweight, taking full advantage of the unique possibilities offered by this method compared to standard robotic concrete extrusion.

The base is inspired by natural structures, from plant lattices to trabecular bone. As it rises, it branches into finer and finer elements that support a tempered glass tabletop. The form is fully parametric and can be easily adapted to different sizes and formats.

Everything is procedurally generated in Grasshopper; the boundary is populated with points in gradual density, which are then connected and go through several steps of automated and manual optimization. The final geometry used for 3D printing is generated using the MultiPipe component, which creates closed SubD geometry with smooth connections and variable thickness.

More details here...