What you'll learn

• Learn to construct complex workflows in Houdini that can be adapted to various architectural contexts.
• Gain hands-on experience with Volume-based modeling techniques for generating and deforming geometries.
• Understand and apply VEX coding for custom vector fields, growth simulations, and attribute-driven facade generation.

What you'll learn

• Tree Structures: Understanding and manipulating data using trees with real-world applications.
• Lists and Patterns: Advanced data manipulation and generation.
• Build your own custom tools that can be called on the Grasshopper canvas like any other tool.

What you'll learn

• Fundamental understanding of algorithmic modeling in GH.
• Precise control of Data structure flow in Grasshopper.
• Apply mathematical operations and equations to create complex geometries, including foldable surfaces and structures.

What you'll learn

• Develop a systematic approach to managing design complexity.
• Utilize Rhino and Grasshopper for automated workflows and design iterations.
• Familiarize yourself with Elefront and its capabilities for coordinating complex 3D models within the Rhino environment.

What you'll learn

• Introduction to parametric and computational design principles.
• Understanding sustainability principles in architectural design.
• Enhancement of participants' skills in Rhinoceros (Rhino 3D).

What you'll learn

• Understand the basics of environmental data-driven geometries and Operational Net Zero architectural design.
• Forecast the impact of geometrical designs on operational energy performance.
• Be capable of designing a real-world project at the proof-of-concept level, where environmental analysis is used to inform architectural decision-making.

What you'll learn

• Exploring Clay 3D Printing: Techniques from Object to Architecture
• Setting Up for Success: Creating G-code and Print Files in Cura
• Mastering Print Paths: Customizing Techniques with Grasshopper

What you'll learn

• Harnessing Generative AI: Innovative Techniques with Midjourney and Stable Diffusion
• Crafting Effective Prompts: Utilizing Krea.AI and Runway ML for Design
• Real-Time Prompting: Dynamic Visuals with Krea.AI and ComfyUI

What you'll learn

• Harnessing Midjourney v6: Expanding Architectural Concepts with Image Prompt-Based Guidance
• Precision Design with Stable Diffusion: Mastering Geometry, Materiality, and Atmosphere Control
• Innovative Workflows: Integrating Stable Diffusion and ControlNet for Enhanced 3D Architectural Models

What you'll learn

• How to recognize optimizable problems in your workflow or tasks and automate them.
• First steps into data science and machine learning
• Analyze existing morphologies/structures and optimize them according to specific criteria.

What you'll learn

• Exploring Organic-Parametric Design: Mastering Cinema 4D for Innovative Architectural Solutions
• Sculpting with Precision: Utilizing Spline, Mesh, and Subdivision Surfaces in Design Workflows
• Dynamic Animations: Integrating MoGraph Effectors and Fields for Interactive Experiences

What you'll learn

• Parametric Design Principles: Understand the fundamentals of parametric design and structural efficiency in architecture and engineering.
• Grasshopper Plugins: Gain proficiency in using Karamba3D for structural analysis and optimization, and Speckle for data transfer and automation.
• Efficient Geometries: Explore parametric modeling strategies to create structurally efficient designs.