- 1. What is Rhinoceros? 3m 48s
- 2. Getting Started with the Interface 7m 44s
- 3. Getting Started with the Interface OSX 5m 27s
- 4. Starting with 2D Curves 9m 35s
- 5. Manipulating Objects 5m 31s
- 6. From Curves to Surfaces 3m 43s
- 7. Extrude Operation 3m 34s
- 8. Revolve Operation 3m 16s
- 9. Editing Surfaces with Control Points 2m 9s
- 10. Surface Analysis 3m 13s
- 11. Loft Operation 7m 3s
- 12. Sweep Operation 3m 38s
- 13. Conclusion 48s
Model complex 3D architectural geometry with Rhinoceros
About this course
Update Feb. 2015: A new Section is in preparation, recreating the basic shape of a "Shell House". This will be available for all student members, so join the course now before the price is increased to $69.
This is a basic introduction and overview of modelling complex 3D Freeform shapes in the context of architectural design.
Have you ever wondered how certain architectural designs are actually created? You might assume that it is helped by software, but which system is suited for this? In regular CAD software that architects often use, such as AutoCAD or SketchUp, the creation of organic models and surfaces is hard to impossible.
We use Rhinoceros, a quite popular NURBS modelling software for McNeel. This is very popular within several innovative architectural offices where it is used for complex forms, organic architecture and extensive tweaking of 3D models. The software can also be used complementary to other architectural design software, although it is quite complete in itself.
The course starts with a basic introduction and overview of the software and then a few example projects are developed. They are inspired by famous and iconic architectural projects, but are not full reconstruction. We use the examples to inspire you and focus on a certain part of element which we will strip down to the basic geometric operations, giving you insight in how to approach more complex projects.
You don’t need any other software then Rhinoceros, on Windows or OSX, but be ready to try and fail, often. As many modelling tasks require a specific order of operations. We cannot prepare a solution for every possible task, but by building upon a few basic examples, you learn an approach which focuses on dividing the task at hand into smaller problems, that are easier to tackle. And these can then be applied in other situations.
So come join us and learn the basics of 3D Freeform Modelling with Rhinoceros.
What you'll learn
- Update Feb.
- 2015: A new Section is in preparation, recreating the basic shape of a "Shell House".
- This will be available for all student members, so join the course now before the price is increased to $69.
- This is a basic introduction and overview of modelling complex 3D Freeform shapes in the context of architectural design.
Curriculum
29 Lessons • 1H 54M- 1. Neue Staatsgallerie - Stirling 40s
- 2. Basic Curve and Sweep Operation 3m 7s
- 3. Follow Facade with Flow Along Surface 4m 14s
- 1. Nestlé Laboratory - Rojkind Arquitectos 1m 57s
- 2. Drawing over Bitmap Background 5m 25s
- 3. From Circles to Spheres 6m 43s
- 4. Finishing with Boolean Difference 3m 13s
- 1. Kunsthauz - Cook and Fournier 1m 2s
- 2. Starting with an Ellipsoid and Cylinder 1m 55s
- 3. Cutting with a Trim Operation 2m 9s
- 4. Copy a Curve parallel onto a surface 1m 52s
- 5. Finishing with a Smooth Blended Transition and a Fillet 4m 44s
- 1. Metropol Parasol - Mayer Architects 34s
- 2. Starting with Ellipsoid Volumes 5m 37s
- 3. Transforming, Trimming and Blending 3m
- 4. Creating Sections through the volume to be extruded 8m 24s
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- Systems students worldwide
Stefan Boeykens
Learn from DragonZap instructors with practical, build-first lessons focused on systems, low-level programming, compilers, kernels, and real-world engineering fundamentals.
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