TsinghuaX: Grasshopper参数化设计与建模

This course is a parametric design method course for design students. It teaches how to use the graphical programming tool Grasshopper to conduct parametric spatial form modeling. It is a new design method that applies computer programming to various modeling designs. The course teaching uses a large number of screen recording methods to facilitate students to follow the teacher's actual operations. The course also provides in-depth explanations of important knowledge points and difficulties based on the needs of design students and staff. The course is suitable for students and practitioners in various design-related majors such as architecture, planning, landscape, industrial design, structural design, etc.

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Course Insight

Suitable for intermediate learners. Works well as a continuation after mastering Architecture fundamentals. It bridges the gap toward advanced, production-level engineering.

Intermediate FriendlyCertification IncludedSelf-Paced LearningHands-On Learning

SKILLS TO
MASTER

Architecture Basics
Fundamental principles and concepts
Practical ApplicationTrending
Real-world project implementation
Best Practices
Industry standard workflows and guidelines
Problem Solving
Core Concepts
Implementation
Workflow Integration
Optimization
Careers:Relevant for professionals pursuing roles within Architecture.

Quick Facts

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What You’ll Learn

This course is an online learning content that matches the "CAAD Internship" for the second-year undergraduate students at Tsinghua University School of Architecture. The "CAAD Internship" course lasts for one week and is held throughout the week. It is a compulsory internship course for undergraduates majoring in architecture, urban planning, and landscape architecture in the School of Architecture. There are about 120 students. This online course is the first part of the "CAAD Practical" course and teaches Grasshopper programming methods. Using the parametric method to design is to introduce the thinking of programming into the design and use algorithmic logic to generate geometric shapes. Such a design method can describe the logic of form, function and structure in the design through algorithms, which not only expands the architect's ability to control form, but also makes the design more rational and adaptable. Grasshopper is a widely used parametric design platform. It is based on Rhinoceros three-dimensional modeling software and performs parametric modeling programming based on geometric modeling systems such as Nurbs and Mesh. Grasshopper adopts a graphical programming method. Many common algorithms are encapsulated in modules and combined in a graphical interface. Therefore, it is easy to write and highly efficient, making it very suitable for designers to learn and apply. In addition, Grasshopper, as a parametric design platform, has many plug-ins that can introduce different geometric modeling, physical simulation, and performance optimization algorithms into its system to expand its functions, and these plug-ins are still growing rapidly. Therefore, Grasshopper is a very valuable tool in scheme creation and daily design work, and it is worth learning by every designer.

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Outcomes

  • Introduction to Parametric Design .
  • Introduction to Grasshopper .
  • Basic data types .
  • Data Structure (1) .
  • Nurbs Curve and surface modeling .
  • Data Structure (2) .
  • Modeling Skills .
  • * Mesh Modeling * .
  • Kangaroo Physics Simulation .
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