From visual programming and data trees to panelisation, structural optimisation, and CNC fabrication — master Grasshopper 3D inside Rhinoceros, the definitive computational design environment for parametric architecture, product design, and digital fabrication.
From node-based visual scripting and data trees to panelisation, physics simulation, environmental analysis, and CNC fabrication output.
Master Grasshopper's complete computational design workflow — visual node programming with data trees, surface panelisation and optimisation, structural form-finding with Kangaroo physics, environmental analysis with Ladybug & Honeybee, generative patterns, and direct CNC/3D-print fabrication output for real-world architectural and product design projects.
Connect components as nodes: data flows through wires, enabling complex design logic without writing code.
Hexagonal, Voronoi, triangular, and custom panel tessellations for parametric building facades and skin systems.
Kangaroo Physics plugin for tensile structures, funicular shells, mesh relaxation, and load-responsive form-finding.
Ladybug & Honeybee for sun path, radiation maps, wind analysis, and passive design optimisation with EnergyPlus/Radiance.
Evolutionary solver for design optimisation — maximise daylight, minimise material, or find best structural form.
Export panelised geometries to DXF for CNC cutting, STL for 3D printing, and fabrication-ready flat patterns.
Grasshopper's rich plugin ecosystem extends its capabilities into structural simulation, climate analysis, mesh processing, looping logic, and advanced surface morphing — all covered in this programme.
Zaha Hadid, BIG, Snohetta, SOM, and every leading design firm uses Grasshopper to generate the complex, data-driven architecture that defines the 21st century.
Grasshopper lets architects and engineers program complex geometry and data logic visually — no prior coding experience needed.
Sliders and number inputs update geometry in real-time — explore thousands of design iterations in minutes instead of hours.
Ladybug and Honeybee connect Grasshopper to climate data, radiation analysis, and EnergyPlus simulation for net-zero architecture.
Every generated geometry can be directly exported for CNC routing, robotic fabrication, and 3D printing, connecting design to making.
Grasshopper proficiency is listed in 80% of job postings at parametric and computational design studios in India and abroad.
From Rhino basics and GH node fundamentals to surface panelisation, Kangaroo physics, Ladybug environmental analysis, and fabrication.
Flexible pricing for video, live, and blended modes — reply within 24 hours.
Grasshopper-trained designers are sought by parametric studios, architectural firms, product designers, and facade engineering companies worldwide.
Join parametric architects and designers who use computational tools to create buildings, products, and spaces that were previously impossible.