Blender

What you'll learn

• Create parametric wearable designs that adapt dynamically to 3D body scans.
• Capture and clean body scans using a smartphone workflow with Blender.
• Use voxel-based methods to generate complex, 3D-print-ready geometries.

What you'll learn

• Creating design languages using components in Grasshopper and Geometry Nodes.
• Analyzing design elements and developing conceptual parametric designs.
• Applying multiple basic design languages to construct complex structures.

What you'll learn

• AI's Impact on Architecture: Gain foundational knowledge of how AI is transforming the architectural profession and creative workflows.
• 3D Machine Learning Workflows: Understand and apply workflows that incorporate advanced AI techniques for architectural design.
• Generative AI Tools: Master essential tools for text-to-image generation, 3D reconstruction, and video-to-video design processes.

What you'll learn

• Develop toolpaths for 3D printers, CNC machines, and robotic arms usingBlender and Geometry Nodes.
• Harness the power of Geometry Nodes for parametric design.
• Utilize attributes to customize your toolpaths.

What you'll learn

• How to design footwear for FDM and Resin
• Manufacturing constraints for FDM and Resin footwear, as well as pros and cons for both
• Use Houdini to create an adjustable design

What you'll learn

• AI in Design: Learn how AI enhances concept design processes.
• Surface Analysis: Master techniques for effective user needs assessment.
• Parametric Geometry: Generate adaptable designs from diverse data sources.

What you'll learn

• Develop a solid understanding of Blender for Architectural design
• Efficiently create parametric models
• Acquire proficiency in subdivision modeling techniques

What you'll learn

• Polyhedral Principles: Explore the use of polyhedral lattices in architecture and design.
• Geometry Nodes: Utilize Blender’s Geometry Nodes for form-finding and geometry manipulation.
• Tissue Add-on: Create complex geometries while ensuring clean topology for fabrication.

What you'll learn

• Mesh Modeling Techniques: Gain foundational skills in mesh modeling using Blender, focusing on creating complex and organic shapes through a modular approach.
• Topology Principles: Understand the importance of mesh topology and how it influences the design and articulation of forms.
• Tissue Add-on Utilization: Learn to use the Tissue add-on for tessellation, allowing for the creation of intricate parametric models without scripting.

What you'll learn

• Master polygonal and subdivision modeling techniques to create complex architectural forms.
• Utilize non-destructive techniques with modifiers for flexible design iterations.
• Explore tessellation methods using the Tissue add-on for innovative surface designs.

What you'll learn

• Architectural Geometry Basics: Understand the fundamentals of architectural geometry and its application in creating interactive environments.
• SubD Modeling in Rhino: Explore SubD modeling techniques in Rhinoceros 7 to develop complex geometries for digital spaces.
• Grasshopper Fundamentals: Learn the basics of Grasshopper to create parametric designs and enhance your modeling capabilities.