Develop Parametric Architecture with Grasshopper

Learn to model freeform 3D with straight-forward example projects from real buildings, ready to apply in other projects

4.36 (497 reviews)
Udemy
platform
English
language
3D & Animation
category
instructor
Develop Parametric Architecture with Grasshopper
3 414
students
3.5 hours
content
Aug 2017
last update
$59.99
regular price

What you will learn

Create flexible, parametric models for architectural design exploration

Understand the basic components to steer program flow

Describe a design problem parametrically

Why take this course?

🎉 Develop Parametric Architecture with Grasshopper: Your Journey to Mastering Freeform 3D Modelling 🏗️✨


Course Instructor: Stefan Boeykens

A Word from the Instructor

"I'm Stefan, and I've dedicated my career to exploring the intersection of design and technology. With a passion for parametric design, I've used Grasshopper to push the boundaries of what's possible in architectural modeling. Now, I'm excited to share this knowledge with you."


Course Headline:

Unlock the Secrets of Parametric Design with Real-World Applications


Course Description:

Embark on a comprehensive journey into the world of parametric architecture through the powerful lens of Grasshopper. This course is meticulously crafted to guide you from the basics to advanced techniques, all illustrated with examples from actual buildings. With each step, you'll learn to model complex forms and optimize designs with confidence.

Key Updates:

  • 2017 Update: Exciting news! Grasshopper is now available for Mac users (work in progress).
  • 2nd March 2015 Update: We've completed Section 6, delving into Data Trees and introducing two Diagrid examples. Plus, a bonus tip on remapping domains to enhance your modeling skills.
  • 26th Feb 2015 Update: Section 5 has been expanded with eight new lectures, totaling an impressive 45 minutes of content. Learn how to create a twisted tower inspired by Santiago Calatrava's designs.
  • 20th Feb 2015 Update: A PDF eBook summarizing the course and highlighting key points is now available. This also provides a sneak peek into upcoming chapters!

Join the Community: Over 300 students have already embarked on this transformative learning experience, and you can too. With your enrollment, you'll receive all future updates and additional content at no extra cost.


Course Content:

  • Understanding the Interface: Get familiar with Grasshopper's user interface and basic concepts.
    • Learn to manipulate numbers, points, and curves with ease.
  • Exploring 3D Surfaces: Master paneling and subdividing complex forms like façades or roof models.
  • Step-by-Step Modeling: Follow a detailed tutorial to recreate a Calatrava-inspired twisted tower.
  • Generative Design: Discover the potential of generative modeling, including optimization techniques with the Galapagos module.

What You'll Learn:

  • Parametric Design Techniques: Apply the same methods innovative architectural offices like Foster and Hadid use to create complex designs.
  • Visual Control: Balance geometric and mathematical operations with visual and artistic control over your designs.
  • Interactive Modeling: Develop an interactive, adapting model that generates multiple design variants from a few chosen parameters.

Course Format:

  • Video Tutorials: A series of engaging videos totaling around three hours, guiding you through each step of the learning process.
  • Short Quizzes: Test your understanding and reinforce your knowledge with concise quizzes after key sections.

Join us today and start your adventure into parametric design with Grasshopper, an essential tool for architects, designers, and creatives worldwide. Let's turn your ideas into stunning, functional designs with the power of parametric modeling. 🚀🔧🌐

Our review

🏆 Course Overview:

The course on Grasshopper for Rhino has been highly rated with a global rating of 4.50. The recent reviews from students across the world have consistently praised the course's structure, content, and the instructor's teaching methods. A significant number of learners found the course to be clear, direct, and helpful, with a well-organized set of resources that cater to both beginners and those with some prior experience.

Pros:

  • Comprehensive Content: The course covers a broad range of topics within Grasshopper, from basic components to practical applications, ensuring that students receive a solid foundation in using the program effectively.

  • Real-World Applications: Many learners appreciated the use of real-world examples and structures, which helped them grasp the concepts better.

  • Clear Explanations: Stefan, the instructor, has been commended for his clear and patient explanations, which make complex topics understandable. His teaching style is appreciated for its simplicity and ability to break down difficult concepts into manageable pieces.

  • Ease of Understanding: The course has been noted for not skipping essential steps that might lead to confusion later on in the learning process.

  • Multilingual Support: Although primarily taught in English, some students have expressed appreciation for the attempts to offer content in Italian and other languages.

  • Practical and Practical Exercises: The course includes hands-on exercises that allow students to apply what they've learned directly. This practical approach is seen as a significant strength of the course.

  • Supplementary Materials: Additional resources such as an eBook are provided, which complement the video tutorials and enhance the learning experience.

  • Efficiency Tips: Some students pointed out the usefulness of the occasional tips on optimizing models for better performance.

Considerations for Improvement:

  • Pacing: A few learners mentioned that at times, the course moved a bit too fast, which might be challenging for absolute beginners or those needing more detailed explanations.

  • Advanced Content: The course may not delve deep into advanced logic circuits or combinations required to achieve specific outcomes. Some students suggested that additional videos on these topics could be beneficial.

  • Complexity at Times: A handful of users found some sections of the course to be somewhat complex, indicating that a more gradual approach might help in understanding the material better.

Conclusion:

This Grasshopper for Rhino course is an excellent resource for those looking to learn or improve their skills in this powerful parametric modeling tool. With its comprehensive curriculum, clear teaching methods, and practical exercises, it's suitable for a wide range of students from beginners to those with some intermediate knowledge. While there are areas where the course could be improved, such as pacing and advanced content coverage, overall the feedback suggests that this course is an asset to anyone looking to expand their skill set in the realm of digital design and modeling with Grasshopper.

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udemy ID
29/01/2015
course created date
22/11/2019
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