eleFront

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

• Learn how to integrate generative design tools for effective façade design.
• Understand the relationship between façade design, climate, and context.
• Explore modular design strategies and material transformations.

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

• Learning how to work among AEC-related file formats
• Parametric Modeling and how to add/remove tags/labels/attributes on each object to manage a facade through data structure
• Geometrical Analysis and Understanding of how Grasshopper3D is reliable for managing data flows through a well-established workflow.

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.

What you'll learn

• Introduce participants to the principles of parametric design, structural efficiency, and data visualization in the context of architectural and engineering projects.
• Familiarize participants with Karamba3d and its capabilities for structural analysis, optimization, and performance-driven design.
• Develop participants’ skills in Rhino/Grasshopper3d to analyze, optimize, and visualize parametric designs.