Rhino 3D- From Zero to Advanced Level- Full Course from Udemy

Note: The main difference in this course compared to others is that we have not confined ourselves to explaining simple techniques. Instead, we have conveyed the subject through challenging projects and specific tricks, which are the result of numerous experiences.

Do you have familiarity with Rhino software's modeling system?
Do you know how complex forms that you see are modeled?
Are you aware of the advantages of Rhino software compared to other programs?

Rhino software is widely used by designers, especially architects and industrial designers. It employs the NURBS system for precise curve and surface calculations in computer graphics. Initially applied in the automotive industry, NURBS later expanded to various graphics fields.

Rhino's surface creation is rooted in constructing curves, forming a network that transforms into surfaces. Its popularity stems from its speed, lightweight nature, and adeptness in intricate modeling. The training course aims to distill teaching experience into an accessible format, covering both mastering the software and exploring key plugins.

Some of the topics covered in this course include:

NURBS Modeling System
Line Drawing and Editing Techniques
Methods of Objects Replication
Types of Surface Creation
Surface Modeling Tools
Creating 2D and 3D Patterns
Modeling Executable Structures
Generating Diverse Structures
Measurement Techniques
Exporting to Other Software

If you are currently a BIM modeler or planning to become one, it is essential not to limit yourself to any form. You should be able to manage any architectural design in the BIM process And in the end, you will be the hero of this training. Please watch this course and feel free to ask me any questions you have while watching it.

What's inside

Learning objectives

Nurbs modeling system
Line drawing and editing techniques
Methods of objects replication
Types of surface creation
Surface modeling tools

Creating 2d and 3d patterns
Modeling executable structures
Generating diverse structures
Measurement techniques
Exporting to other software

Nurbs modeling system
Line drawing and editing techniques
Methods of objects replication
Types of surface creation
Surface modeling tools
Creating 2d and 3d patterns
Modeling executable structures
Generating diverse structures
Measurement techniques
Exporting to other software

Syllabus

What Makes This Course Unique?

Why This Course?

Software Environment

User Interface

Viewports

Line Types

Divide

Drawing Line by Divide

Circle & Arc

Rectangle & Polygon

Curve

Exercise Explanation

3D Volume in Wire Form

Drawing Bridge

Exercise File

Exercise FIle

Exercise file

2D Editing Commands

Line Editing Commands

Layering

Snaps

Planar & Project

BlendCrv

Exercise; Kimbell Art Center

Exercise; Chair

ExtrudeCrv , Array Linear

Exercise; Gallile

Exercise; Tirana

Quiz

Replicating Objects

Array , ArrayCrv

Drawing Curved Wall

ArrayPolar

Crv2View Command

Creating Plane by Srfpt, Planarsrf,Plane

Creating Plane by Edgesrf

Surface Thickness

Exercise

Exercise; Finolhu Villas

Exercise; Auditorium

Creating Surface by Patch

Exercise; 3D Wall Covering

Exercise; Stadium

Exercise; Modeling Forest

Exercise; Lotus Temple

Creating Surface

Match Command

Creating Surface by Loft

Exercise; TWA Museum

Exercise; Wavy Ceiling

Workplane Modes

Selecting Object

Tools (Variable Fillet, Chamfer, Offset)

Exercise; AD Classics

Exercise; City Theater

Exercise; SF Tower

Editing Surfaces

Point Edit Commands

Rebuild

OrientonCrv Command

Curve by Spiral & Helix

Exercise; Parking Ramp

Creating Surface by Sweep 1

Exercise; Tomb

Creating Surface by Sweep 2

Amphitheater Stair

Exercise; Bench

Practice

Creating Surface Commands

Section Command

Creating Surface by Network

Creating Surface Commands (Part 1)

Creating Surface Commands (Part 2)

Exercise; Mesh Dome

Exercise; Salt Shaker

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Employs the NURBS system, which is essential for precise curve and surface calculations in computer graphics, making it highly relevant for design professionals

Aims to equip learners with the skills to manage any architectural design in the BIM process, which is crucial for professionals in the field

Covers key plugins, which extends the software's capabilities and allows designers to tackle more complex and specialized tasks

Progresses from basic line drawing and editing to advanced surface modeling and pattern creation, which allows learners to develop a comprehensive skillset

Focuses on project-based learning and specific tricks derived from real-world experiences, which provides practical and immediately applicable knowledge

Teaches Rhino, which is known for its speed, lightweight nature, and adeptness in intricate modeling, making it a practical choice for designers

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Rhino 3D- From Zero to Advanced Level- Full Course with these activities:

Review NURBS Modeling Fundamentals

Show steps

Reinforce your understanding of NURBS modeling principles before diving into Rhino's specific implementation. This will help you grasp the underlying concepts more effectively.

Browse courses on NURBS Modeling

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Read articles and watch videos explaining NURBS curves and surfaces.
Practice creating simple shapes using NURBS in any 3D software.

Read 'The NURBS Book'

Show steps

Deepen your understanding of the mathematical underpinnings of Rhino's modeling system. This book provides a solid theoretical foundation.

View The NURBS Book (Monographs in Visual... on Amazon

Show steps

Obtain a copy of 'The NURBS Book'.
Read the chapters relevant to curve and surface creation.
Experiment with the concepts in Rhino to see how they apply.

Replicate Sample Models

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Sharpen your Rhino skills by replicating models from images or existing designs. This reinforces your understanding of various tools and techniques.

Show steps

Find images of 3D models online.
Attempt to recreate these models in Rhino.
Compare your results with the original and identify areas for improvement.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Document Your Workflow

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Improve retention by documenting your modeling process for specific tasks. This helps solidify your understanding and provides a reference for future projects.

Show steps

Choose a modeling task from the course.
Record the steps you take to complete the task.
Write a short description of each step and why you chose it.

Design a Simple Object

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Apply your knowledge by designing a simple object, such as a vase or a chair. This allows you to integrate different techniques learned in the course.

Show steps

Choose a simple object to design.
Sketch out your design and plan your modeling approach.
Create the model in Rhino, using the techniques you've learned.
Refine your model and add details.

Explore Advanced Modeling Tutorials

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Expand your skillset by following advanced tutorials on specific modeling techniques or plugins. This will expose you to new workflows and possibilities.

Show steps

Search for tutorials on advanced Rhino modeling techniques.
Choose a tutorial that interests you and follow along.
Adapt the techniques you learn to your own projects.

Read 'Rendering with V-Ray for Rhino'

Show steps

Learn how to create photorealistic renderings of your Rhino models using V-Ray. This book provides a step-by-step guide to the rendering process.

View Putting Knowledge to Work on Amazon

Show steps

Obtain a copy of 'Rendering with V-Ray for Rhino'.
Read the chapters on lighting, materials, and rendering settings.
Experiment with the techniques in Rhino to see how they affect the final image.

Career center

Learners who complete Rhino 3D- From Zero to Advanced Level- Full Course will develop knowledge and skills that may be useful to these careers:

Architectural Designer

An architectural designer develops plans and designs for buildings, requiring a strong understanding of both aesthetics and structural integrity. This course provides the specific skills with Rhino 3D software necessary for architectural modeling. The course’s focus on NURBS modeling, surface creation, and generating complex forms directly relates to the work of an architectural designer. Additionally, the course emphasizes techniques for creating executable structures, further enhancing the capabilities of an architectural designer to not just imagine, but to execute complex designs. The course's project-based approach, coupled with instruction on measurement techniques and exporting to other software, ensures that architectural designers are well-equipped to handle real-world projects involving complex modeling.

See salaries and explore the career path for Architectural Designer

3D Modeler

A 3D modeler creates digital representations of objects and environments for various applications, including animation, gaming, and product development. This course, with its explicit focus on Rhino 3D, provides the practical skills necessary for 3D modeling projects. The course's curriculum teaches NURBS modeling, surface creation, and pattern generation, all of which are at the heart of a 3D modeler's task. A 3D modeler will benefit from the real-world, project-based approach emphasized in this course, which provides experience in complex modeling tasks. Furthermore, the instruction on measurement techniques and exporting to other software will enable 3D modelers to collaborate effectively and deliver models ready for integration into different platforms.

See salaries and explore the career path for 3D Modeler

CAD Technician

A computer-aided design technician uses CAD software to create technical drawings and models for various industries, and this course provides a deep dive into Rhino 3D, a software popular in the field. The training in NURBS modeling, surface creation, and precision techniques directly translates to the work of a CAD technician, who has an attention to detail. This course goes beyond theoretical concepts by diving into practical exercises, allowing a CAD technician to gain experience with complex modeling. This focus on practical skills and project-based learning, as well as coverage of measurement techniques and exporting to other software, ensures that a CAD technician is fully capable of creating high-quality models.

See salaries and explore the career path for CAD Technician

Industrial Designer

An industrial designer conceptualizes and develops products, blending aesthetics with function. This role relies heavily on computer-aided design, and the Rhino software skills taught in this course can be essential. Specifically, the course's instruction on NURBS modeling, surface creation, and intricate modeling directly translates to the creation of sophisticated product designs. The course's emphasis on practical techniques through challenging projects will provide aspiring industrial designers experience in the kind of modeling work they will perform on the job. Furthermore, the ability to create 2D and 3D patterns as well as export to other software, will allow industrial designers to work with complex designs and collaborate with other team members.

See salaries and explore the career path for Industrial Designer

Furniture Designer

A furniture designer creates innovative and functional furniture pieces, and this course offers the precise skills in Rhino 3D software necessary for this role. The course focuses on surface creation and complex 3D modeling, which is directly applicable to designing diverse types of furniture. The emphasis on NURBS modeling in the course allows furniture designers to create unique, and often organic, shapes in their work. The course’s attention to surface modeling, object replication, and 2D and 3D pattern creation will be of great benefit to furniture designers, allowing for efficient and creative model development. The measurement techniques taught will enable them to ensure accurate dimensions, important in furniture design.

See salaries and explore the career path for Furniture Designer

Product Designer

A product designer is involved in the entire lifecycle of a product, from concept to production, demanding a mix of creative and technical expertise. The Rhino skills gained in this course will help a product designer to create and refine 3D models for a variety of products. The course's practical approach to NURBS modeling, along with surface creation and editing tools, directly applies to the generation of complex shapes and forms that are common in modern product design. Specifically, the course's lessons on object replication, pattern creation, and surface modeling, will allow product designers to develop a wide range of products efficiently. The lessons on measurement techniques and exporting to other software are also helpful for integration with manufacturing processes.

See salaries and explore the career path for Product Designer

Automotive Designer

An automotive designer creates the exterior and interior designs of vehicles, and this course offers instruction in Rhino 3D, a software initially used in the automotive industry. This role demands the ability to create complex, curved surfaces with precision, and this course provides instruction in NURBS modeling and surface creation. The course’s exercises in intricate modeling, along with generating diverse structures, aligns well with the workflow of an automotive designer. The emphasis on creating executable structures, as well as the practical, hands-on approach, equips automotive designers to work on highly complex and detailed models. Finally, the measurement techniques, as well as software exporting capability, will help to ensure that the design is feasible for production.

See salaries and explore the career path for Automotive Designer

BIM Modeler

A building information modeling modeler creates 3D models of buildings and infrastructure, needing software proficiency to do it well. This course teaches Rhino 3D software and its ability to manage any architectural design in the BIM process. The instruction on NURBS modeling, surface creation, and creating executable structures is highly relevant, providing skills necessary for BIM projects. Also, the course's emphasis on not limiting oneself to any form, along with the lessons in measurement techniques and exporting to other software, will enable a BIM modeler to work efficiently and effectively on a variety of projects. The course emphasizes challenging projects and practical skills, ensuring a BIM modeler is well-prepared to manage architectural design within the BIM process.

See salaries and explore the career path for BIM Modeler

Marine Designer

A marine designer specializes in the design and development of boats, ships, and other watercraft, and this course provides specific skills in Rhino 3D which is beneficial in marine design projects. The training in NURBS modeling, surface creation, and intricate modeling is essential for shaping the complex curves and surfaces of marine vessels. The course's practical approach, rooted in challenging projects and specific tricks, helps marine designers gain proficiency in creating detailed models. The focus on creating executable structures, combined with the measurement techniques and software export options taught in the course, ensures that marine designers are able to translate their designs into manufacturable plans.

See salaries and explore the career path for Marine Designer

Architectural Model Maker

An architectural model maker creates physical or digital models of buildings and structures, which is why this course can be quite helpful for this role. Rhino is often used to create the digital architecture that then can be fabricated as a physical model, and the course’s training on NURBS modeling, surface creation, and generating executable structures aligns perfectly with the needs of an architectural model maker. The course's emphasis on speed, lightweight modeling, as well as its adeptness in intricate modeling, helps the architectural model maker to produce quality work, without delay. The ability to create 2D and 3D patterns will further enable the model maker to design complex and sophisticated structures with efficiency.

See salaries and explore the career path for Architectural Model Maker

Exhibition Designer

An exhibition designer creates visually engaging and informative displays for museums, galleries, and other event spaces. This role requires both creative vision and technical skill, and this course’s focus on Rhino 3D will be very useful when designing complex structures. The instruction on NURBS modeling, surface creation, and generating diverse structures provides the necessary tools for designing and visualizing exhibition layouts and displays. The course’s emphasis on measurement techniques and creating executable structures is vital in making sure that designs are feasible and accurate. Moreover, the ability to create custom 2D and 3D patterns can allow the exhibition designer to add intricate details to their designs.

See salaries and explore the career path for Exhibition Designer

Set Designer

A set designer creates the environments for theater, film, and television productions, requiring strong spatial reasoning and visualization skills. The Rhino 3D skills taught in this course may help a set designer to create detailed and intricate set designs. The course’s instruction on NURBS modeling, surface creation, and complex form generation directly applies to the process of designing realistic and visually compelling set pieces. The emphasis on creating 2D and 3D patterns can be used to add texture and detail, and understanding of how to model executable structures is critical to ensuring that sets are practically buildable. The measurement and export techniques taught in the course may also assist a set designer in conveying designs to other production teams.

See salaries and explore the career path for Set Designer

Rapid Prototyping Specialist

A rapid prototyping specialist uses various technologies to create prototypes of products and designs, often using 3D modeling software, and the Rhino training in this course may benefit them. This course’s focus on NURBS modeling, surface creation, and generating diverse structures aligns perfectly with the needs of a rapid prototyping environment. The course's training in measurement techniques and ability to export to other software assists rapid prototyping specialists in ensuring that their designs are accurate and ready for production, and its project-based approach helps build practical skills. Additionally, the course's emphasis on complex designs, coupled with the ability to create 2D and 3D patterns, can make a rapid prototyping specialist more efficient and effective.

See salaries and explore the career path for Rapid Prototyping Specialist

Jewelry Designer

A jewelry designer creates unique and beautiful pieces of jewelry, often using 3D modeling software to refine designs, which is where a course in Rhino 3D may prove helpful. The ability to create complex forms, patterns, and intricate designs is at the core of jewelry design, and the course's emphasis on NURBS modeling, surface creation, and 2D/3D pattern creation will allow jewelry designers to explore more innovative designs. The course's practical and project based nature will help jewelry designers gain confidence in using Rhino for their complex work. In particular, the measurement techniques will be important in the design process, and exporting capabilities will help in the fabrication process.

See salaries and explore the career path for Jewelry Designer

Digital Fabricator

A digital fabricator uses computer-controlled machines to create physical objects from digital designs. This course in Rhino 3D may help a digital fabricator to generate and refine designs for fabrication. The course’s emphasis on NURBS modeling, surface creation, and the generation of complex forms is important for creating models that are compatible with fabrication processes. The course’s practical approach, which includes training in measurement techniques and the ability to export to other software, ensures that digital fabricators can efficiently prepare designs for production. Lastly, understanding the methods of object replication is useful in fabricating multiple parts with accuracy.

See salaries and explore the career path for Digital Fabricator

Rhino 3D- From Zero to Advanced Level- Full Course

What's inside

Learning objectives

Syllabus

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Activities

Career center

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