Introduction to Parametric Modeling

• Explore the fundamental principles and concepts of parametric modeling while distinguishing its innovative potential from traditional 3D modeling methods.
  
  
• Utilize Rhinoceros and Grasshopper to execute a range of commands, harnessing the power of visual programming algorithms to create dynamic parametric 3D models.
  
  
• Craft intricate parametric models by creatively combining elementary three-dimensional shapes, rules, and datasets, allowing for dynamic and versatile compositions.
  
  
• Summarize the fundamental principles and key insights acquired throughout the course, while also highlighting the real-world applications of these skills in future endeavors.

• Create free-form sculpted surfaces and explore diverse techniques for parametric decomposition, subsequently reconfiguring them into orthogonal panel structures suitable for assembly.
  
  
• Develop surfaces of revolution, apply subdivision routines, and manipulate data trees, integrating these capabilities with various modeling resources for enhanced parametric design.
  
  
• Design intricate three-dimensional patterns and seamlessly morph them into different building envelopes, allowing for the creation of complex structures rooted in these meticulously crafted designs.
  
  
• Leverage a variety of datasets and rules to guide fundamental operations, unlocking the full potential of commands like copy, rotation, mirror and more.

Module 1
Unlocking parametric modeling: a foundational introduction.

Module 2
Exploring Rhinoceros for 3D modeling: a comprehensive overview

Module 3
Exploring Grasshopper for Parametric Modeling: A Comprehensive Overview

Module 4
Crafting complex compositions from basic shapes: modeling the Holocaust memorial

Module 5
Data-Informed Fundamental Operations: modeling the Absolut Towers

Module 6
Working with waffle structures: modeling the Metropol Parasol

Module 7
Mastering Surfaces of Revolution, Panel Subdivisions and Data Tree

Module 8
Creating Building Envelopes through 3D Pattern Morphing: Modeling the Butterfly Pavilion

Module 9
Course Conclusion and Wrap-Up