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Amir Karami • BIM
  • Are you interested in learning Rhino through practical modeling projects that teach you real-world skills?

  • Are you a Rhino user who has difficulty applying your knowledge to real-world projects?

  • Do you prefer learning through hands-on, project-based assignments rather than theoretical lessons?

Read more
  • Are you interested in learning Rhino through practical modeling projects that teach you real-world skills?

  • Are you a Rhino user who has difficulty applying your knowledge to real-world projects?

  • Do you prefer learning through hands-on, project-based assignments rather than theoretical lessons?

If you're a Rhino user who has struggled with modeling new and complex forms, you're not alone. Many people face challenges and uncertainty when approaching new projects in Rhino, not knowing where to start or what commands to use. That's why we've designed this project-based course to help you overcome these obstacles and improve your Rhino skills. With many different examples, we'll work together to create models in a variety of fields, including architecture, industrial design, and product design. We'll cover different uses for Rhino, such as towers, stadiums, parametric facades, and more, to help you develop the skills you need to create the forms you want. Our project-based approach will guide you through practical modeling assignments that emphasize real-world skills and applications. You'll gain experience and confidence as you work on assignments that challenge and inspire you, building your Rhino skills along the way.

These are the projects that have been modeled for this course:

  1. Evolo 2018 1st (Tower 01)

  2. twisted form

  3. Terme Office

  4. 4 - Tent structure

  5. tel aviv arcades penda

  6. Stair

  7. Shigeru ban

  8. Metropol Parasol

  9. Tower 03

  10. Yongson Landmark Tower

  11. Scala Tower

  12. Burj e Azadi (Tower 06)

  13. Tower

  14. Agora Tower

  15. Enroll now and take the first step towards mastering Rhino modeling and feel free to ask me any question during watching this course.

Enroll now

What's inside

Learning objectives

  • Mastering rhino's parametric modeling tools
  • Using rhino 7 for large and complex projects.
  • Rhino modeling techniques for architecture, industrial and product design.
  • Learn to create towers, stadiums, parametric facades, and more with rhino.
  • Discover best practices and expert tips for efficient and effective rhino modeling

Syllabus

Evolo 2018 1st
Quiz
Exercise File
Twisted Form
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Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Employs a project-based approach, which allows learners to immediately apply their knowledge to practical modeling assignments and develop real-world skills
Covers a variety of fields, including architecture, industrial design, and product design, making it suitable for learners with diverse interests
Explores different uses for Rhino, such as towers, stadiums, and parametric facades, which helps learners develop skills to create complex forms
Focuses on Rhino 7, which is a relatively recent version of the software, ensuring that learners are using current tools and techniques
Includes exercise files, which allows learners to practice and reinforce their skills with hands-on experience
Features a wide range of projects, from Evolo 2018 to Metropol Parasol, which may help learners build a diverse portfolio

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Reviews summary

Practical rhino modeling with real-world projects

According to learners, this course offers a highly practical, project-based approach to learning Rhino, particularly focusing on architectural and design examples. Students appreciate the real-world relevance of the 50+ projects covered, finding them excellent for applying theoretical knowledge and building a portfolio. While many praise the clear demonstrations, some find the pace fast and suggest having some prior Rhino experience is beneficial to keep up. Overall, it's widely seen as a valuable resource for those looking to bridge the gap between learning commands and complex modeling.
Instructor demonstrates steps clearly, although pace is fast.
"The instructor is very clear in showing the steps needed for each project."
"Demonstrations are easy to follow if you are paying close attention."
"He explains the process logically, even if the speed requires focus."
"I appreciate how he breaks down complex models into manageable steps."
Excellent for applying learned commands to complex forms and models.
"This course excels at showing you <span class="positive">how to actually build complex models using the commands you already know."
"It helped me bridge the gap between knowing what a command does and <span class="positive">how to use it effectively in a design workflow."
"I finally feel confident tackling more intricate forms after going through these detailed project demos."
"If you know the basics but struggle with putting it all together for <span class="positive">realistic modeling, this course is invaluable."
Focuses on applying Rhino skills to practical, real-world design projects.
"The strongest aspect is the sheer number of <span class="neutral">real-world examples. It's perfect for seeing how commands are used in practice."
"Working through these projects really helped me understand how to <span class="positive">apply Rhino to architectural design."
"I was struggling to transition from tutorials to actual design work. This course provided the <span class="positive">practical application I needed."
"The variety of projects, from towers to facades, gives a <span class="positive">great overview of Rhino's capabilities in different fields."
Course moves quickly; prior basic Rhino knowledge is recommended.
"Be warned, this course moves at a <span class="warning">fast pace. It's not for absolute beginners."
"I found myself pausing and rewinding frequently because the instructor moves quite quickly through steps."
"Having some fundamental understanding of Rhino navigation and basic commands beforehand is very helpful."
"While the content is great, the <span class="warning">speed can be challenging if you're not already familiar with the interface."

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 Projects- 50+ Real-World Examples with these activities:
Review NURBS Modeling Fundamentals
Refresh your understanding of NURBS modeling principles to better grasp Rhino's surface creation tools.
Browse courses on NURBS Modeling
Show steps
  • Review the theory behind NURBS curves and surfaces.
  • Practice creating basic shapes using NURBS tools.
Read 'The Grasshopper Primer'
Learn Grasshopper to enhance your parametric modeling skills in Rhino.
Show steps
  • Download and install Grasshopper.
  • Work through the introductory chapters of the primer.
  • Experiment with creating simple parametric models.
Model a Simple Building Facade
Apply the techniques learned in the course to create a building facade, reinforcing your understanding of Rhino's modeling tools.
Show steps
  • Find inspiration from existing building facades.
  • Create a basic Rhino model of the facade's structure.
  • Add details and refine the model.
  • Experiment with different materials and textures.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Explore 'Rhino Architecture'
Gain inspiration from architectural projects created with Rhino.
Show steps
  • Browse the book and identify projects of interest.
  • Analyze the modeling techniques used in those projects.
  • Try to replicate some of the techniques in your own projects.
Document Your Modeling Process
Improve retention by documenting your modeling process for one of the course projects.
Show steps
  • Choose a project from the course.
  • Record your screen while modeling.
  • Add voiceover explaining your steps.
  • Share your video with other students.
Recreate Course Examples
Solidify your skills by recreating the course examples from scratch, focusing on areas where you struggled.
Show steps
  • Select a course project to recreate.
  • Start with a blank Rhino file.
  • Follow the course instructions, step by step.
  • Compare your result with the original model.
Design a Parametric Stadium Roof
Challenge yourself by designing a complex parametric stadium roof, applying advanced Rhino techniques.
Show steps
  • Research different stadium roof designs.
  • Develop a parametric model of the roof structure.
  • Incorporate features like retractable sections.
  • Optimize the design for structural integrity.

Career center

Learners who complete Rhino Projects- 50+ Real-World Examples will develop knowledge and skills that may be useful to these careers:
3D Modeler
A 3D modeler creates three-dimensional digital models of objects and environments. This course provides a strong foundation for anyone seeking to enter this profession. Through hands-on projects, using Rhino, learners gain practical experience in creating various models. This course’s diverse range of projects, from towers to facades, provides a comprehensive overview of the types of modeling required of a 3D modeler. By completing the course, a 3D modeler can improve their proficiency and expand their portfolio with concrete examples.
Architectural Designer
An architectural designer creates plans and designs for buildings and structures, and this course directly aligns with the technical skills required for the role. The course's hands-on approach to modeling various architectural forms like towers, stadiums, and parametric facades, using Rhino, helps build a strong foundation in digital design. The projects within this course provide an opportunity to practice and learn modeling techniques that are used in real-world architectural designs. A prospective architectural designer will benefit from this course by gaining experience with practical projects.
Industrial Designer
Industrial designers develop the concepts and specifications for manufactured products, and this course provides a solid grasp of 3D modeling necessary for the role. Given that the course uses Rhino as a primary tool to generate models for products, this provides invaluable training for an industrial designer. By participating in various real-world projects, you will gain the experience and understanding necessary to produce your own designs. An industrial designer who takes this course will learn how to model complex forms and bring their design ideas to life.
Product Designer
Product designers are responsible for the design of consumer products through a variety of stages, and this course helps cultivate the software proficiency that many product designers need. This course goes beyond the theoretical; it provides a range of real-world projects that allow a product designer to learn how to model with Rhino. By completing projects of diverse complexity, the product designer can build a strong portfolio to showcase to future employers. This course's project-based approach is suitable for a product designer who desires to gain confidence in their digital modeling skills.
CAD Technician
CAD technicians use computer-aided design software to craft technical drawings and models, and this course helps build their proficiency in 3D modeling with a program heavily used in the industry. The hands-on nature of this course, with its focus on real-world projects, means that a CAD technician can directly apply the skills acquired in the course. The course's exploration of various modeling techniques, including towers and facades, is directly applicable to the work of a CAD technician; they will find this course to be useful in learning to navigate a variety of projects. A prospective CAD technician will find this course helpful in learning relevant software and techniques.
Digital Fabrication Specialist
A digital fabrication specialist uses computer-controlled tools to create physical objects from digital designs, and this course will help refine their ability to work with 3D models. The emphasis this course places on project-based learning with Rhino, and its exploration of complex architectural forms, helps build a foundation for this role. This course is useful for developing advanced modeling skills, which is essential for those who plan to translate digital models into physical prototypes or products. A digital fabrication specialist will find that the course can add to their skills in creating complex forms used in their line of work.
Architectural Visualization Artist
An architectural visualization artist creates photorealistic renderings and animations of architectural designs to showcase the design intent. This course may be useful because it develops a strong ability to create complex 3D models using Rhino, which is used in the architectural field. The hands-on projects, that focus on various architectural forms, provide practical experience in modeling structures. An architectural visualization artist can enhance their modeling skills and gain the ability to create sophisticated architectural models by taking this course.
Exhibition Designer
An exhibition designer plans and designs temporary or permanent displays for museums, galleries, and other exhibition spaces. This course may be useful because it addresses the 3D modeling skills required to design complex physical spaces. The hands-on approach of the course, and the type of projects included, allows a prospective exhibition designer to gain experience that they can use in the field. By taking this course, an exhibition designer can build a portfolio of examples of their work in Rhino.
Set Designer
Set designers create the visual environment for theatrical, film, and television productions, and the 3D modeling skills learned in this course are relevant to that field. The course focuses on creating complex forms in Rhino, which helps set designers to visualize and model stage sets. This course may be useful for set designers, as it can refine their skillset, particularly in the area of digital modeling. A set designer who takes this course can benefit from the project-based learning.
Urban Planner
An urban planner develops plans and programs for the management and growth of cities and communities, and this course may be useful for them due to the emphasis on digital modeling of buildings and structures. While this course does not directly address planning, it provides skills in 3D modeling that can be useful for creating visualizations of urban spaces. The course's projects on towers and facades can help an urban planner create a more vivid picture of the type of developments they wish to see. An urban planner may find that this course enhances their ability to communicate their vision to stakeholders.
Interior designer
An interior designer plans and designs the interior spaces of buildings, and this course may help in acquiring tools that they can use to visualize spaces. The course's focus on 3D modeling complex forms with Rhino can bring benefits to an interior designer by learning to generate more effective visualizations. This course may be useful as it helps to expand the skillset of an interior designer, giving them different tools to work with. A prospective interior designer, by taking this course, will learn to create models of interior designs.
Exhibit Fabricator
An exhibit fabricator builds and assembles exhibits for museums, trade shows, and other events. This course, with its project-based approach to creating complex 3D models with Rhino, is a good foundation for those aiming to pursue a career path in exhibit fabrication. The practical modeling projects that focus on diverse designs will expose the exhibit fabricator to new ideas, which may spur innovation in the fabrication process. An exhibit fabricator could benefit from this course by learning more about digital design.
Game Designer
A game designer is responsible for the conceptualization, design, and development of video games. This course may be helpful to a game designer, particularly with respect to the modeling of environments. The course teaches the creation of complex, parametric forms using Rhino, which is translatable to building video game environments. This course can help game designers to refine their ability to create digital models, although its main focus is architectural design. A prospective game designer can benefit from this course by developing their skills in one area of digital modeling.
Graphic Designer
Graphic designers create visual content to communicate messages and ideas through a variety of media, and this course may help them by improving their ability to work in 3D. While this course focuses on architectural and product design, a graphic designer could integrate these skills into their workflow to create three-dimensional graphics. The course's attention to modeling complex forms may introduce a new approach to design. A graphic designer may find the course useful for expanding the scope of their work.
Animator
Animators create moving images and visual effects for various media, and this course may be useful for developing skills in 3D modeling. The course’s focus on real-world modeling projects can help an animator learn to create digital objects and environments. Although the course primarily emphasizes architectural and product modeling, animators may find it to be a useful introduction to 3D modeling using a particular program. An animator who takes this course will learn more about the fundamentals of 3D modeling.

Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Rhino Projects- 50+ Real-World Examples.
Provides a comprehensive introduction to Grasshopper, a visual programming language tightly integrated with Rhino. It is particularly useful for understanding parametric design principles, which are essential for many of the projects covered in the course. While not strictly required, familiarity with Grasshopper will significantly enhance your ability to create complex and dynamic models. This book is commonly used by students and professionals alike.

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