- Gain better control over complex geometries
- Integrate advanced techniques in geometry creation through the implementation of feedback loops
- Automate design processes and create custom extended functions
- Foster collaboration within data-driven workflows for optimized outcomes
- Complex Geometry Modelling Overview
- Volumetric Modeling Techniques using Mesh and SubD
- Advanced Geometry Modification Methods
- Iterative Modelling
- Branch Structure and Fractals
- Introduction to physics-based modeling
- Form Finding with Goals and Forces
- Understanding Constraints and Element Interaction
- Encode Material Behavior into Geometries
- An Overview of Generative Design
- Single and Multi-objective Optimization with Evolutionary Algorithms
- Data Visualization
- Creation of a Web-based Viewer for Data Sharing and Visualization
- Code Reusability and Custom Function
- Collaborative Workflow Introduction
- Grasshopper Players
- Q&A Session and Course Recap
Course language: English