Rhino tutor and training

Rhino classes and training with tutors

Rhino 3D design tools with tutor guidance

3D Modeling

3D Modeling

Learn 3D design with Rhino through guided practice

BIM

BIM

Design with Rhino for BIM & 3D models

Sustainable design

Sustainable design

Design solutions with a focus on sustainability

Training

Training

Hands on Rhino 3D training for design & visualization

Upskilling

Upskilling

Master Rhino tools to enhance your design capabilities

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Rhino design recently taught by tutors in the USA

Design taught in Pittsburgh, San Diego

Keshava taught 8 days ago

The Student received guidance on accurately aligning elevations in Rhino with the site plan. The Tutor demonstrated the correct techniques for orienting elevations regardless of the site's orientation. The Student will practice these techniques and the next session is scheduled to continue refining their Rhino skills.

Correct Elevation Orientation in Rhino

Grouping Objects in Rhino

Rotate3D Command for Elevation Alignment

Importance of Accurate AutoCAD Drafting

Utilizing the Orient Command

Resetting the CPlane

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Keshava taught 9 days ago

The student and tutor discussed techniques for roof design and site integration within Rhino. The session included a demonstration of linking separate design and site files for efficient workflow. The student was tasked with refining their roof design and aligning elevations from AutoCAD within Rhino for the next session.

Rhino's Surface Building Workflow

Solid Modeling & Boolean Operations

Deriving Roof Slope from Height

Referencing External Files in Rhino

Rhino Integration with other Software

Importance of Accuracy in CAD

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Keshava taught 11 days ago

The student practiced aligning elevations to a 3D model in Rhino, focusing on precision and proper techniques. The tutor explained how to edit AutoCAD files directly within Rhino using similar commands like trim and curve. The session concluded with a discussion on next steps, including creating openings and placing blocks, with a follow-up session planned for the next day.

Elevation Placement on 3D Models

Using Rhino for Drafting

Precision and Patience in 3D Modeling

Rhino Resource Intensity

Zoom Extents Command

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Keshava taught 12 days ago

The Student and Tutor worked on importing a 2D elevation into Rhino and aligning it with a 3D model. The Student practiced creating openings for windows and doors and using blocks for repeatable elements. The Student was encouraged to practice the techniques learned and prepare questions for the next session, where they will continue working on the model's exterior.

Importing and Orienting 2D Elevations in Rhino

Scaling and Precision in Rhino

Boolean Operations: Union and Difference

Wire Cut for Creating Openings

Blocks for Repeatable Elements

Surface Manipulation: Splitting Faces and Adjusting Heights

Introduction to Grasshopper

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Keshava taught 15 days ago

The Student practiced creating and manipulating architectural elements in Rhino, focusing on facade design. They worked on creating openings for windows and doors, correcting surface issues, and using blocks efficiently. The Tutor recommended designing a complete elevation in AutoCAD before the next session to serve as a reference for modeling in Rhino.

Untrim Holes Command

Planar Surface Creation

Extruding Surfaces vs. Curves

Wire Cutting with Curves

Blocks and Wire Cutting

Copying and Rotating Blocks

Boolean Difference

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Keshava taught 17 days ago

The Student practiced creating arched openings and different roof styles in Rhino, including pitched and single-loop roofs. The Tutor provided guidance on using 'wire cut' and boolean difference commands, as well as layer management. The Student was asked to model the facade for the next session.

Arched Openings with Trim

Wirecut Command

Boolean Difference vs. Wirecut

Curve Boolean

Object Layer Management

Sub-Object Selection

Roof Design Considerations

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Introduction to modeling in Rhino

All about learning Rhino

All about learning Rhino

Rhino, also known as Rhinoceros 3D, is a powerful CAD tool used in architecture, industrial design, and engineering. It is known for its precision in modeling complex freeform surfaces and its compatibility with various plugins like Grasshopper for parametric design. 

However, learning Rhino can be challenging due to its extensive toolset, complex interface, and the need for scripting knowledge for automation. The software’s steep learning curve, especially for users transitioning from other CAD tools, can make navigation and command execution overwhelming.

Beginners often start with video tutorials and online courses, which help with basic commands and modeling techniques. However, as projects become more complex, challenges like mesh optimization, rendering, and NURBS modeling require expert guidance. A structured approach, including hands-on projects, Rhino documentation, and private rhino tutoring, can accelerate learning.

Mastering Rhino is valuable for careers in architecture and product design. With its integration into BIM workflows and compatibility with 3D printing, Rhino skills open up numerous opportunities. 

Whether through self-study or with a tutor, consistent practice is key to proficiency.


Who should study from a Rhino tutor?

Who should study from a Rhino tutor?

Struggling with complex modeling techniques

Rhino's advanced NURBS modeling and parametric capabilities can be difficult to grasp. Many users struggle with precision modeling and organic surface creation. 

A rhino tutor can simplify these concepts, guiding learners through real-world applications, helping them master complex geometry, and improving efficiency in modeling workflows.

Difficulty with Grasshopper and automation

Many professionals use Grasshopper for algorithmic design and automation, but its node-based programming can be overwhelming. 

Rhino tutors can break down parametric design principles, teaching step-by-step workflows and practical applications, ensuring smoother automation in architectural and product design processes.

Preparing for professional use and certifications

For architects and designers aiming to integrate Rhino into their professional work, mastering rendering, scripting, and interoperability with other software like Revit is crucial. 

Through rhino tutoring you can get industry-relevant training, ensuring proficiency in practical applications and certification exam preparation.


How to select the right Rhino tutor?

How to select the right Rhino tutor?

Experience in architecture and CAD applications

A qualified Rhino tutor should have hands-on experience in architectural design, industrial modeling, or computational design. Expertise in Rhino's plugins like Grasshopper and V-Ray ensures they can teach advanced techniques relevant to real-world projects.

Teaching methodology and hands-on training

Look for a tutor who emphasizes hands-on projects, guiding students through real-life workflows like facade modeling or product prototyping. Tutors should offer structured lessons with a balance of theory and practical exercises.

Affordability and accessibility

Private rhino tutoring costs vary based on expertise and specialization. While professional tutors may charge between $40–$80 per hour, Wiingy connects you with expert Rhino tutors at $28 per session with a free trial lesson, providing an affordable and flexible learning option.

Frequently asked questions

What are the key concepts to learn in Rhino?

Key concepts in Rhino include NURBS (Non-Uniform Rational B-Splines) modeling, parametric design with Grasshopper, mesh optimization, and rendering techniques. Mastery of these concepts is essential for creating complex models and working efficiently in architecture and product design.

What are the best resources to learn Rhino?

The best resources for learning Rhino include video tutorials, online courses, Rhino’s official documentation, and forums. Additionally, engaging in hands-on projects and working with a private rhino tutor can significantly accelerate the learning process, providing personalized guidance and real-world applications.

What are the best projects to build using Rhino?

Some of the best projects to build using Rhino include architectural facades, 3D printed models, product prototypes, and complex organic surfaces. These projects allow you to explore precision modeling, parametric design with Grasshopper, and rendering, enhancing your Rhino skills and providing practical, real-world applications.

How can I learn Rhino for a new job?

To learn Rhino for a new job, focus on understanding NURBS modeling, Grasshopper, and rendering. Take relevant courses, practice with real-world projects, and seek guidance from industry professionals or rhino tutors. Building a strong portfolio showcasing your Rhino skills will also improve your job prospects.

How can I effectively solve errors that occur while I use Rhino?

To solve errors in Rhino, break down the problem step by step. Use Rhino’s help documentation, online forums, and tutorials to troubleshoot. For more complex issues, working with a tutor can provide targeted solutions and teach you problem-solving techniques specific to Rhino’s toolset.

How can a tutor help me gain hands-on experience with Rhino?

Rhino tutors can provide personalized, hands-on projects to build your Rhino skills. By guiding you through practical modeling challenges, teaching you to use tools like Grasshopper for parametric design, and helping with industry-specific workflows, a tutor ensures you gain real-world experience and proficiency.

How can a tutor help me build Rhino projects on practical issues?

A Rhino tutor can guide you through real-world projects, helping you apply Rhino's features to practical issues. By offering step-by-step instructions and feedback on complex tasks like surface modeling and parametric design, the tutor ensures you build projects that reflect industry standards and improve problem-solving abilities.

What qualifications should I look for in my Rhino tutor?

When choosing a Rhino tutor, look for someone with hands-on experience in architecture, industrial design, or computational design. They should be proficient in advanced Rhino tools like Grasshopper and V-Ray. A tutor with a strong portfolio and teaching experience, as well as the ability to guide you through real-world projects, ensures you receive industry-relevant training and effective learning.

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