Rhino 3 - Grasshopper Algorithmic Modeling for Rhino
Duration: 30 hours
Teaching Methodology: Hands on
Course Schedule: Schedule
Fees $450
Course Mode: Blended Face-to-face or online via Zoom
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DESCRIPTION
Grasshopper is a visual programming language and environment that works within Rhino, a 3D computer graphics and computer-aided design (CAD) software. It allows designers and architects to create complex parametric designs by visually connecting components called "nodes" to define relationships and generate geometry. Grasshopper enables users to explore and manipulate designs iteratively, making it a powerful tool for generative design, algorithmic modeling, and parametric architecture. This Grasshopper course teaches you to use algorithmic modeling to design and edit complex shapes through specific parameters.
Objectives
This hands-on experience explores computational geometry and parametric design principles. After the completion of this course, participants will be able to:
- 01. Have a good understanding of the parametric modeling principle.
- 02. Understand Rhino geometries and their properties.
- 03. Work with basic data structure.
- 04. Customize your modeling workflow.
- 05. Work with multiple models efficiently.
- 06. Implement complex mathematical operations in Grasshopper.
- 07. Create and manage custom scripts and components.
- 08. Master advanced surface and solid modeling techniques.
- 09. Utilize scripting languages like Python for automation and customization.
- 10. Understand and apply optimization algorithms for design exploration.
- 11. Collaborate with other professionals in multidisciplinary projects.
- 12. Apply parametric design principles to real-world architectural and engineering challenges.
AUDIENCE
This course is for people who want to learn generative designs.
