Enroll now in our Rhino 3D Course to gain hands-on experience through live interactive sessions, practical project scenarios, and one-on-one mentorship. This Rhino Software Training is fully aligned with the latest Rhino and Grasshopper features, enabling you to confidently create, analyze, and optimize complex 3D designs.
Prerequisites
- Basic Computer Knowledge
- Basic Knowledge of 3D Modeling
- Basic understanding of geometry (points, lines, curves, surfaces)
What Will You Learn
1. Rhino Fundamentals
- Navigate the Rhino interface, toolbars, and viewports efficiently.
- Understand NURBS geometry, layers, object properties, and file management.
- Use drawing aids such as snaps, gumball, and smart tracking for precision.
2. 2D Sketching & Curve Creation
- Create and edit curves using lines, polylines, arcs, circles, and splines.
- Apply trimming, joining, offset, fillet, and blend tools.
- Build accurate construction geometry for 3D modeling.
3. 3D Modeling Basics
- Generate solids and surfaces with extrude, revolve, loft, and sweep commands.
- Apply Boolean operations for combining or subtracting geometry.
- Modify solids using fillet, chamfer, shell, and transform tools.
4. Advanced Surface & SubD Modeling
- Create complex NURBS surfaces and ensure continuity (G0, G1, G2).
- Edit control points for advanced shape manipulation.
- Explore SubD tools for organic and freeform design.
5. Parametric Design with Grasshopper
- Understand the Grasshopper interface and workflow.
- Build parametric geometry using nodes and data trees.
- Automate repetitive design tasks and create generative designs.
6. Rendering & Visualization
- Apply materials, textures, and environments to models.
- Set up lighting for realistic presentations.
- Render using Rhino Render, KeyShot, or V-Ray integration.
7. Drafting & Documentation
- Generate 2D drawings from 3D models.
- Add dimensions, annotations, and layout sheets.
- Export files for CAD documentation and manufacturing use.
8. Fabrication & Industry Workflows
- Prepare models for 3D printing, CNC machining, and laser cutting.
- Explore workflows for product design, jewelry, architecture, and automotive.
- Develop real-world projects to build a professional portfolio.
