What you'll learn

• How to analyse and rebuild a chair as a procedural model in Houdini.
• How to build computational design workflows for complex furniture design.
• How to shape geometry around structural and ergonomic requirements.

What you'll learn

• Ideation through inspiration, variation, selection, and refinement
• Architectural anatomy, precedent analysis, and multi-reference exploration
• Critical evaluation and selection of AI-generated design options

What you'll learn

• How to read and deconstruct a masterplan into its layered plan framework, including blocks, grids, superplots, and individual plots.
• How to translate a framework into a volumetric gesture buildup in an axonometric view.
• How to diagram design reasoning as a clear sequence so a concept reads as a persuasive buildup.

What you'll learn

• Build a personalized AI workflow for architectural visualization.
• Create effective prompts for architectural image generation.
• Transform 3D models and sketches into cinematic hero images.

What you'll learn

• Understanding the principles of deployable structures in architecture (particularly scissor mechanisms)
• Develop parametric workflows in Rhino and Grasshopper to create scissor mechanisms that deploy and collapse
• Use Kangaroo physics to simulate membrane surfaces attached to deployable structures

What you'll learn

• How to install, configure, and triage Rhino MCP and Revit MCP setups
• How to write project context files that guarantee consistent AI behavior
• How to drive Rhino for automated massing generation and layer discipline

What you'll learn

• Utilise AI image generators to visualise complex design concepts.
• Translate speculative biological concepts into parametric geometries.
• Mathematically simulate neural signals within the Grasshopper environment.

What you'll learn

• Build a complete architectural project from a single design concept.
• Generate consistent exterior and interior visualizations using multiple AI tools.
• Create AI-powered walkthrough videos and architectural presentations.

What you'll learn

• Core design principles behind climate-responsive and biophilic architecture.
• Methods for embedding nature and passive design strategies into dense urban settings.
• Key insights and lessons learned from landmark sustainable design projects.

What you'll learn

• Core principles for combining computational design, natural systems, and digital fabrication.
• Key insights into multi-material architecture, material continuity, and additive fabrication.
• Frameworks for integrating generative algorithms with flexible textiles to form performative structures.

What you'll learn

• Creative algorithmic thinking and problem solving
• Building robust Grasshopper definitions
• Debugging complex algorithms in Grasshopper

What you'll learn

• Clean and merge BIM data using Power Query
• Generate Revit keynotes from structured specification data
• Combine Revit quantities with external project datasets