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

• Craft effective prompt scaffolds for architectural intent
• Understand the advantages and limitations of various models
• Manage seeds, versions, and presets for repeatable results

What you'll learn

• Generate and refine building concepts with prompt engineering.
• Move from AI outputs to detailed design in Snaptrude.
• Manage data-driven design through Program Mode to BIM Mode.

What you'll learn

• Take a provided 3D model and transform it into a stylized, portfolio-ready scene using D5 Render
• Use AO, outline, and diagram modes to create clear architectural visuals
• Set up lighting that enhances mood and clarity without needing full realism