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Rhino 3D Pro: From Fundamentals to the Perfect Model – The Complete Design Track

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Course Content

Rhino Fundamentals – Understanding Orientation and Navigation
In this lesson, we will learn the basics of working in Rhino: Getting Oriented in 3D Space,spatial navigation, creating basic objects, and practicing control with the Gumball tool.

  • Getting comfortable in 3D + creating simple forms
    00:00

2D Sketching Fundamentals: Curves and Curve Degrees
In this lesson, we will dive deeper into the world of lines, understand the different types of lines, and discover how they can be used to build precise three-dimensional objects.

Modeling a Heart Ring: Practical Application of 2D Curves
Project Walkthrough: Designing a Heart Ring using Degree Curves

Modeling from Images – Shape design using Tracing and ornament construction.
In this lesson, we will practice working with images as inspiration for jewelry design. We will learn how to use an image as a design foundation and how to perform precise tracing to create lines, patterns, and complex ornaments.

Modeling with Picture Command & Ornament Design
Advanced Geometry: Using the Picture Command , creating an ornament Construction

First Tools for Shape Design – Surface, Section, and Volume
In this lesson, we will build a simple yet precise three-dimensional shape - a heart - while using the core tools for working with surfaces in Rhino. The goal is to understand how to create and edit surfaces freely, combine lines and sections, and create a closed, well-defined model.

Creating jewelry from two synchronized views.
We will learn how to work in two views simultaneously - Top view and Side view - to design jewelry that is balanced and precise from every angle. We will use the Mirror technique and symmetrical planning to maintain correct proportions and create a professional design with perfect flow between the sides.

First steps with complex Surfaces in Rhino
In this lesson, we will expand our toolbox and learn advanced techniques for creating complex three-dimensional surfaces. We will use unique commands to create smooth transitions between lines, rotate bodies around an axis, and perform precise shape duplication.

Advanced Surfacing: Sweep 1 & Array Tools
This lesson covers essential surfacing tools for complex jewelry design in Rhino. We will learn how to create precise and fluid surfaces using paths and revolutions, and use Array tools for perfect symmetry in structural components.

Advanced Surfacing: Sweep 2, Record History & Rotate 2D
In this lesson, we dive into high-level control and parametric workflows. We will learn how to manage complex transitions and maintain an editable workflow using Record History.modeling.

How to use the Rail Revolve command | Creating complex shapes through rotation
In this lesson, we will learn how to master the Rail Revolve command to create complex surfaces and 3D bodies with varying profiles that are not perfectly symmetrical. We will practice the differences between a standard Revolve and a Revolve along a rail, and understand how to design unique rings and architectural elements in minimum time and with maximum precision.

Mastering 3D Curves & Surface Projection
Thinking in 3D | Creating Complex Curves and Integrating Views in Rhino In this lesson, we will learn to create complex curves in space by synchronizing top and front views, a technique that allows for maximum precision in 3D design. We will practice the Pull command to project and wrap elements perfectly onto curved structures and double-curvature surfaces. This is an essential tool for creating ornaments and organic sub-elements on jewelry and complex models.

Jewelry that Speaks – Text & Form in Design Flow
In this lesson, we will learn how to turn text into jewelry - we will create 3D words, design them on a surface, and use the Flow command to place the text harmoniously on a curve or arc.

Hollowing Models & Weight Check – Smart Production Planning
We will learn techniques for hollowing 3D objects in Rhino to reduce weight and streamline production. We will check the model's weight, calculate volumes and materials, and see how to cross-reference the data with ChatGPT for accurate, real-time production cost calculations.

The Milestone – Mastering the Basics of Jewelry Setting
In this lesson, we will learn the fundamentals of digital setting in Rhino. We will install a stone library for reuse, build a precise stone setting, and design prongs and a mount for the professional setting of 3D jewelry pieces.

How to Design a Professional Stone Setting (Collet) in Rhino
In this lesson, we will learn how to build a professional and precise stone setting (Collet) in Rhino, utilizing advanced techniques such as Revolve and UV unwrapping for prong placement. We will practice the Flow Along Surface command to project elements onto curved surfaces, creating a realistic, closed model that is ready for production and digital jewelry applications.

SubD: Digital 3D Sculpting
Learn to work with SubD (Subdivision Surface) models to create rings and organic shapes. We will understand the differences between NURBS, Mesh, and SubD models, and experiment with digital sculpting that allows for freeform control over the body and transitions.

Solitaire Ring Design in Rhino | Step-by-Step SubD Guide
In this guide, we will learn how to design a solitaire ring in Rhino 3D using SubD tools. The video is suitable for those interested in 3D jewelry design, and especially for designers who want to learn professional Rhino jewelry design and Rhino modeling.

Form in Motion | Designing Volumetric Structures in Rhino
In this lesson, we will combine geometric planning with organic creation. We will use line networks to build a formal skeleton, from which we will create surfaces possessing volume, flow, and softness.

The “Secret” Way to Import Vector Graphics into Rhino
This lesson focuses on designing geometric jewelry, combining 3D work in Rhino with 2D processing in Illustrator. Stop Re-drawing! Import .AI Files to Rhino for Free

Ornamentics and Judaica fleur-de-lis
This lesson focuses on advanced techniques for creating flowing and decorative ornaments in Rhino.

Twist Ring Design | The Classic Twist Method in Rhino
In this guide, we will learn how to model an elegant and delicate Twist Ring.

Geometric Twist Solutions: Solving Surface Orientation in Organic Modeling
We will learn how to design a geometric Twist ring through a deep understanding of UV directions, surface flipping, and troubleshooting formal planning issues. The lesson focuses on mastering surface structure and maintaining the correct flow of geometry throughout the form.

Highway Ring
A summary lesson covering all the basic commands we have learned so far

Advanced Setting Techniques: Adding Stones Along a Curved Path in Rhino
In this lesson, we will learn how to set gemstones along curved paths in Rhino, using techniques for precise placement (Gem on Curve) and building customized stone seats. We will practice smart workflow using Blocks for efficient model management, on our way to creating a professional piece of jewelry ready for production or rendering.

Digital Curation: Where to find and download free 3D models?
Guide to Downloading Existing Objects from the Web

3D Remix – Designing Jewelry from Existing Objects
We will learn how to integrate existing 3D models found online into your personal design work. We will introduce search engines for 3D files and common format types, and practice creating a new piece of jewelry through the clever combination of existing elements.

Topographic Design – Working with Height Maps and Materials
We will learn how to create 3D textures and designs using Height Maps and apply digital materials for realistic rendering. The lesson demonstrates the full process through the creation of a Terrain ring that simulates natural topography.

Textures – Installing Rhino Plugins
The lesson focuses on expanding Rhino's capabilities beyond its standard out-of-the-box tools. In the world of parametric and formal design, the ability to generate complex patterns and sophisticated geometric structures is critical for transforming an abstract idea into a detailed model.

Installing RhinoPolyhedra | Hundreds of New Geometric Shapes in Rhino
How to Download and Install RhinoPolyhedra: Hundreds of New Geometric Shapes in Your Rhino

Wire Jewelry
We will learn how to translate principles from the textile world into jewelry design – knots, wrappings, and formal work inspired by threads and fibers. We will combine the softness of textile materials with the digital precision of Rhino to create jewelry with a textile character and movement.

Creating Complex Textures in Rhino
In this lesson, we will learn how to create a base surface and apply a texture with depth, repetition, and movement—ranging from precise geometric structures to organic shapes.

Contour Jewelry – How to Create a Waffle Structure in Rhino
In this lesson, we will learn how to create a Waffle Structure using a production-ready workflow, utilizing the Contour and Extrude commands with precision. We will practice deploying cross-sections and applying correct structural thickness—an essential technique for designers and architects to create parametric textures ready for cutting and fabrication.

How to Create Engraving and Embossing Textures in Rhino: Advanced Use of Contour
In this lesson, we will learn how to use the Contour command to create high-end engraving and embossing textures on rings and curved surfaces. We will practice full control over line distribution and solving Boolean issues to ensure a clean, precise model ready for 3D printing and casting.

From Modeling to Technical Rendering
Clear communication is key to closing deals and streamlining the design process. In this quick tip, we explore how to use the View Capture tool to create professional, high-quality screenshots paired with accurate Dimensions. By mastering the balance between technical data and aesthetic presentation, you can provide clients with a crystal-clear vision of the final product. This approach ensures better understanding, builds confidence, and secures faster approvals with fewer revision cycles.

How to Calculate Production Costs Using Weight: The Complete Guide
The Formula for Calculating Production Cost by Weight: Step-by-Step

The Guide to Export Settings for 3D Printing in Rhino
In this video, we will learn how to correctly configure NURBS parameters to transform smooth models into accurate, high-quality triangle meshes. We will delve into the critical metrics for surface accuracy and learn how to balance file quality with model weight in preparation for 3D printing.

Setting Materials and Gemstones in Rhino
Turning a CAD Model into Real Jewelry In this lesson, we will learn how to transition from clean modeling to a rendering that conveys the true feel of the material. We will focus on techniques for defining precious metals like gold and silver, as well as gemstones, in Rhino.

The Complete Guide to Backgrounds in Rhino
Learn how to enhance your Rhino models using professional backgrounds, from setting up external assets to generating custom environments with AI. This lesson covers everything from sourcing high-quality resources to ensuring copyright compliance and ethical use.

Rhino Render: Lighting, HDRI, and Final Product Visualization
We will learn how to control lighting, reflections, and atmosphere using HDRI to create realistic renderings in Rhino. We will utilize backgrounds, materials, and smart lighting to produce a professional final product visualization.

Mastering Light and Shadow: Building a Light Box and Layering Lights
Mastering light and shadow is achieved by adding lighting layers to produce realistic shadows. Building a "light box" combined with dedicated lighting layers allows for precise control over illumination intensity. In this lesson, we will learn how to construct a light box and set up and adjust various types of lighting in Rhino.

Rhino Jewelry Rendering: Adding a Studio Window and Background
In this lesson, we will transition from the modeling stage to the professional visualization of jewelry in Rhino. We will learn how to create a realistic environment that complements your design by setting a suitable background and adding a "studio window" for professional lighting and reflections. We will explore how lighting and backgrounds affect the brilliance of metals and gemstones, providing you with practical tools to produce luxurious, impressive, and accurate renderings that will elevate your portfolio.

Hyper-Realism in Rhino: Bringing Substance Materials to Life
In this lesson, we will learn how to integrate Substance's advanced materials into Rhino to achieve a high level of realism. We will cover the workflow for importing and applying PBR (Physically Based Rendering) textures, such as metals, fabrics, and organic materials, while controlling parameters like scale and mapping to ensure the textures perfectly match your model.

The Art of AI Rendering: Lighting, Shadow, and Motion in Jewelry Display
We will learn how to integrate AI-based tools to enhance jewelry renderings: processing backgrounds, correcting lighting, adding atmosphere, and building filmed scenes for a realistic and professional look.

Tradition Meets AI: Creating Marketing Videos for Jewelry from Rhino
We will learn how to produce jewelry showcase videos using AI-based tools. We will combine existing renderings, backgrounds, lighting, and motion to create a professional video that illustrates the design story behind the product.

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