30 hours of hands-on learning
4 in-depth modules delivered by industry experts
Flexible training formats with top-quality resources
Earn a completion certificate
Work on real-world projects for practical experience
What we’re going to teach you
Upcoming sessions
Introduction to Rhino
Explaining Rhino User Interface
Navigation shortcuts (Pan, Zoom, Orbit, etc)
Geometry Types (Nurbs Vs Mesh)
Understanding how Command-Line works
Handling Viewports in Rhino
Understanding the process of Saving and different File Types
Insert & Modify Background Image
Line Command & Options
Creating Polylines
Understanding Control Point Curve
Points On Tool
Curve Modification Techniques
Mirror Command
Measuring Tool
Understanding Extrude Curve Command & Types
Loft Command & Options
Creating Planar Surface
Creating Surface by Points
Creating Primitive Objects
Types of Offset command & Options
Understanding of Blend tool & types
Solid Editing using Boolean Operations
Extrude Surface
Trim & Split command
Make 2D
Sections
Quick Print
Creating & Modify Materials
Understanding Rendering Options
Introduction to parametric design
Understanding the user interface of Grasshopper and visual programming theory
Understand the components and types of networking
Linking and importing and exporting geometry from Rhino Rhino geometry results back
Knowledge of the main data types (numbers, fields, vectors, points, curves, surfaces, prep)
Manage lists and trees of data: simple tasks lists, extracting data in lists and trees
Operations with vectors and points
Using colored gradient according to the parameters
Strategies of planar space subdivision: Voronoi
Working with curves and create surfaces: loft, surface from points, attractors
Surface subdivision with Lunchbox: triangular, hex, diagrid
Number Sequences (Series, Range, Random)
Mathematical Expressions
Data Dynamic Remapping (graph mapper)
Curves, surfaces, and points and their properties (domain, parameters)
Data Tree, Path, Items, Index, and Matrix
Proximity Based Transformation (attractors)
Grids, Image Sampling
Introduction to Panelling for Surfaces
Surface Mapping, Isotrim and box morph
Mesh Modelling and Topology
Data Visualization (Tags, Gradient Colours)
Communicating with Excel through CSV file
Introduction to Galapagos (genetic algorithm)
Successful completion of the Rhino Grasshopper course will help you to:
1
Gain a thorough understanding of the basics of Rhino 3D and Grasshopper
2
Develop key expertise in essential modeling techniques with Rhino Grasshopper
3
Master Rhino functions and apply them in real-world scenarios
4
Design complex patterns and structures
5
Create 3D design models using Rhino Grasshopper
Overall ratings by our students
Our Rhino Grasshopper course teaches professionals how to navigate the interface, understand key elements, and perform foundational operations. Professionals will develop skills to work with data lists and tree structures, enabling them to create complex, parametric designs using flexible algorithms.
The difficulty of learning Rhino Grasshopper varies depending on a few factors. If you're already familiar with programming languages like Python or have a strong ability for logical and systematic thinking, you may find it easier to master Grasshopper.
The Grasshopper course for Rhino empowers professionals with the ability to create complex, parametric designs using algorithms. It provides in-depth knowledge of data lists and tree structures, enabling participants to design intricate patterns and structures.
Key features of the Rhino Grasshopper training include:
Our training is highly beneficial, especially for professionals in architecture, industrial design, and other design-focused industries. The skills from this training help you create advanced 3D models and complex parametric designs, giving professionals a competitive edge in the job market.
Learn now, pay later
Dive into your course now and pay in installments

