Rhino Grasshopper Course in US

30 hours of immersive, hands-on training

4 in-depth modules led by industry experts

Flexible learning formats with premium resources

Earn a certificate upon course completion

Work on real-world projects to apply your skills

Pay with easy instalments

4.75/5

6588 EnrolledEnrolled Learners

4.75/5

6588 EnrolledEnrolled Learners

Overview

What our training includes:

Gain comprehensive theoretical and practical insights throughout the course
Receive a thorough introduction to Grasshopper and its interface
Build proficiency in fundamental presentation techniques and drawing extraction
Grasp the foundational principles of visual programming
Dive into data tree structures and geometry
Master surface paneling and related concepts

Upcoming sessions

Curriculum

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)

Meet your Trainer

Syed Iqrar Ali Shah

Syed Iqrar Ali Shah is a highly experienced CG artist and Graphic Designer with over 27 years in the industry. Proficient in REVIT, AutoCAD, 3Ds Max, V-Ray, and Photoshop, he is renowned for his exceptional communication skills, confidence, and artistic expertise.

Mr. Shah’s problem-solving abilities and meticulous attention to detail enable him to address complex design challenges effectively. He is also skilled in After-Effects, Illustrator, and InDesign and possesses a robust background in 2D and 3D visualization and training.

His experience in both design and instruction makes him an ideal candidate for roles that require advanced technical skills and the ability to mentor others.

Core Competencies:

3D Visualisation and Post Production
Entertainment Special Effects
Architectural Broadcast Design
Product Motion Graphics
Editing & Compositing

Professional Qualification:

Bachelor in Multimedia Sciences
Advanced Diploma in Multimedia Sciences

Learning Outcomes

Successful completion of the Rhino Grasshopper course will help you to:

Develop a strong foundation in Rhino 3D and the fundamentals of Grasshopper

Gain proficiency in key modeling techniques with Rhino Grasshopper

Master Rhino functions and apply them to real-world scenarios

Design complex patterns and structures

Create detailed 3D models using Rhino Grasshopper

Ready to get started?

KHDA Certificate

Earn a KHDA attested Course Certificate. The Knowledge and Human Development Authority (KHDA) is the educational quality assurance and regulatory authority of the Government of Dubai, United Arab Emirates.

Learners Point Certificate

Earn a Course Completion Certificate, an official Learners Point credential that confirms that you have successfully completed a course with us.

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Frequently asked questions

Professionals will learn the interface, comprehend essential components, and execute basic operations with our Rhino Grasshopper course in the US. Experts will gain proficiency with data lists and tree structures, allowing them to use adaptable algorithms to produce intricate, parametric designs.

Professionals who wish to improve their abilities to create complex, parametric models by expanding their understanding of Grasshopper and Rhino 3D will find our course to be perfect. It's ideal for people who want to hone their technical abilities and use them in practical projects.

Gaining proficiency with Rhino and Grasshopper promotes the development of advanced 3D modeling and parametric design skills. These are highly valued in architecture, product design, and engineering. These skills include working with digital fabrication tools like 3D printers and CNC machines, and the ability to create complex models precisely.

Our course is suitable for beginners who don't have enough modeling knowledge. We will start with the basics of Rhino’s 3D modeling interface and gradually introduce visual programming through Grasshopper. Beginners can build foundational skills while progressing to more complex designs at their own pace.

Gaining a deeper understanding of parametric and algorithmic design with our Grasshopper Rhino training enables you to automate intricate modeling processes and produce incredibly adaptable models. You can use it to streamline processes, minimize manual modifications, and investigate creative design options.