Instructor
Mustapha Nachar
4.0instructor rating3courses
This workshop offers an advanced exploration of parametric design using Revit, Grasshopper, and Rhino.Inside, focusing on creating complex nested curtain panels.
6 Lessons7h 32m
Catalog
Catalog
This workshop offers an advanced exploration of parametric design using Revit, Grasshopper, and Rhino.Inside, focusing on creating complex nested curtain panels.
Instructor
This workshop dives deep into advanced parametric design using Revit, Grasshopper, and Rhino.Inside. Unlike typical software tutorials, this course focuses on creating complex nested curtain panels with an iris aperture, akin to the designs seen in the Institute du Monde Arabe by Jean Nouvel. Participants will explore innovative tools and methodologies to manipulate geometry and develop parametric families, enhancing their skills to tackle sophisticated architectural challenges.
Mastering Advanced Parametric Design: Creating Nested Curtain Panels in Revit
Hands-On with Grasshopper: Manipulating Complex Geometries for Architectural Innovation
Seamless Integration: Using Rhino.Inside to Enhance Revit with Parametric Families
Data Structures and Patterns: Exploring Plugins like Parakeet for Unique Designs
Practical Applications: Tackling Sophisticated Architectural Challenges through Parametrics
How the 2 days are spent, session by session.
Saturday · Jun 22, 2024
Grasshopper and Geometry Manipulation (4 hours)Introduction and Goals Overview of workshop objectives and expected outcomes.A brief introduction to the iris aperture concept.Creating and Manipulating Base GeometryStep-by-step guide to creating the base geometry in Grasshopper.Understanding data structures and their manipulation.Pattern Generation with ParakeetIntroduction to the Parakeet plugin and its features.Applying Parakeet patterns to the iris aperture geometry.Developing Parametric ControlTechniques for adding parametric control to the iris aperture based on solar data.Implement parametric controls to adjust the aperture dynamically.Finalize the parametric iris aperture model.
Sunday · Jun 23, 2024
Day 2: Rhino.Inside and Revit Integration (4 hours)Introduction to Rhino.Inside and Integration CapabilitiesOverview of Rhino.Inside and how it connects Grasshopper with Revit.Transferring Geometry to RevitPractical demonstration of moving the iris aperture geometry from Grasshopper to Revit.Creating Complex Revit FamiliesDetailed walkthrough on creating line-based, curtain, and adaptive families in Revit.
Instructor
This workshop offers an advanced exploration of parametric design using Revit, Grasshopper, and Rhino.Inside, focusing on creating complex nested curtain panels.
Md Tareq AbdullahDec 1, 20255.0out of 5This workshop Revit Flow 3.0 With Rhino.Inside: Dynamic Facades was a seriously cool deep‑dive into parametric facade design — using Autodesk Revit, Rhino 3D + Grasshopper 3D, and Rhino.Inside to create nested, complex curtain‑wall panels with iris‑style apertures.  The course walks you through designing geometry in Grasshopper (with plugins like Parakeet), then transferring that logic into Revit to build parametric families — really powerful if you want flexibility + BIM‑level control.  It’s a bit advanced and assumes you already know the basics, but if you’re into dynamic facades or computational architecture, it’s a killer crash‑course that expands what you can actually build.
Pranav LokhandeAug 1, 20255.0out of 5GOOODD
SAOTA PTY LTDMay 16, 20253.0out of 5It was good, but hard to apply it to real life scenario's
Nandita TiggaJan 24, 20255.0out of 5It's something new i learnt and it was great.
Aya KhaledOct 27, 20245.0out of 5it was so useful and i learnt a lot from it
This workshop Revit Flow 3.0 With Rhino.Inside: Dynamic Facades was a seriously cool deep‑dive into parametric facade design — using Autodesk Revit, Rhino 3D + Grasshopper 3D, and Rhino.Inside to create nested, complex curtain‑wall panels with iris‑style apertures.  The course walks you through designing geometry in Grasshopper (with plugins like Parakeet), then transferring that logic into Revit to build parametric families — really powerful if you want flexibility + BIM‑level control.  It’s a bit advanced and assumes you already know the basics, but if you’re into dynamic facades or computational architecture, it’s a killer crash‑course that expands what you can actually build.
GOOODD
It was good, but hard to apply it to real life scenario's
It's something new i learnt and it was great.
it was so useful and i learnt a lot from it
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