A practical introduction to using Python within Rhino and Grasshopper, helping designers gain greater control over complex operations while maintaining the clarity of visual workflows. The book presents a hybrid approach where scripting enhances, rather than replaces, parametric design.
A parametric liana composed of 1,000 3D-printed elements reclaims a historic ruin in Bucharest, using generative design and custom fabrication workflows to merge light, material, and growth logic.
Spatial Monoliths explores the transformation of NURBS-based digital models into hand-cast sculptures, combining parametric design, laser-cut molds, and rotational casting techniques. The project bridges computational workflows with material craftsmanship, resulting in precise yet expressive physical artifacts.
A 3D-printed building developed with Rhino and Grasshopper explores how parametric design and large-scale additive manufacturing can support self-sufficient living systems and circular construction models.
This webinar is designed for all professionals involved in topography modeling and terrain operation calculations, including architects, civil engineers, landscape architects, and others.
Aprende a diseñar paisajismo y urbanismo con RhinoLands con un enfoque 100% aplicado: dibujo técnico en 2D, modelado del terreno, plantación, documentación y flujos de trabajo para proyectos reales.
