
Learn to design stunning 3D models with Rhino 3D for beginners through shortcut, step-by-step tutorials covering installation, controls, and interface to quickly model your own products.
Master the fundamentals of 3D modeling with Rhino for beginners, learn the interface and essential tools, and create jewellery, a house item, and a wearable design for 3D printing.
discover the fundamentals of Rhino 3D modeling and its role as an accessible, affordable tool for rapid prototyping in architecture, jewelry design, automotive design, watercraft, and more.
Install rhino 3d from rhino 3d dot com and explore the 90‑day evaluation for mac or windows. Learn interface basics, four viewports, and essential mouse controls with the command box.
Compare rhino 6 for mac and windows, explaining interface differences, top command bar versus bottom tools, licensing changes, and the same core functionality across platforms.
Learn to draw polylines, select and edit them, and master essential zoom and navigation tools in Rhino 3D for beginners.
Design and model abstract 3D sculptures in Rhino 3D by drawing polylines, extruding curves, applying boolean operations, and exploring render and shading, with 3D printing thickness considerations.
Learn to navigate Rhino 3D interface and master precision 2D drafting using ortho, snapping, and polyline tools for accurate top, front, and perspective views.
Learn essential Rhino 3D commands for beginners, including move, copy, scale, and rotate, using ortho constraints and snaps to create precise 3D and 2d geometry.
Learn control point curves and other curve tools in Rhino 3D for beginners. Snap to points, compare polyline and curved forms, and create lofted surfaces to model complex shapes.
Model a vase in Rhino 3D for beginners by tracing a point cloud with interpolated curves and lofting them into a surface, then adjust curvature with control points and rebuild.
Learn to edit surfaces in Rhino 3D for beginners by lofting curves, using gumball, managing history and iso curves, and trimming, splitting, and projecting onto surfaces.
Learn layer management and grouping in Rhino 3D for beginners, including creating polygons, rotating, lofting, exploding, and applying materials across layers for organized rendering.
Learn to create surfaces from line work, join and explode polysurfaces, apply caps, and use booleans to build solid jewelry-ready objects for high-quality 3D printing.
Explore wearable jewelry design in Rhino 3D by turning ideas into a bulky bracelet using templates, units in inches, rebuilding control points, and mirroring for a symmetrical, 3D-printed piece.
Create and refine a wearable jewelry piece in Rhino 3D by rebuilding curves, lofting surfaces, and using history to maintain parametric edits; apply thickness, materials, and rendering for visualization.
Review Rhino 3D basics for beginners, including installation and Rhino 5 vs 6 differences. Learn core techniques like drawing 2D polylines, extruding to 3D, lofting with history, and modeling operations.
Designing with Rhino 3D, a beginners level training course, covers the essentials of 3D modeling with Rhino 3D, one of the most powerful 3D modeling softwares on the market. Regardless of your experience with Rhino, students will learn various tools for quickly creating three dimensional creations and will even have the ability to learn more advanced levels of modeling in just a matter of hours.
My name is Leandro Rolon (Architect & Designer) and I have been teaching Rhino 3d to students and professionals for over 10 years. During this time I have come up with a fast-track teaching method which is designed to get students excited about 3d modeling, not bogged down by all the complexity softwares have to offer. In this class students will learn how to go from idea to 3d model within a few hours, with little to no experience required. This class is intended for students or professionals (such as in the Architecture, Product Design, Jewelry Design, Furniture Design, Automotive design, etc. ) as well as for those simple seeking to incorporate powerful 3d modeling capabilities to their skillset.
Upon completion students will know how to apply 3D thinking to their projects and generate 3-Dimensional models for production purposes including visualization, prototyping, etc.
Happy modeling!