What you'll learn

• Translate briefs into parametric systems.
• Shape geometry using material behavior.
• Control modules and fabrication limits in Grasshopper.

What you'll learn

• Understand material behavior in digital fabrication and in clay 3D printing.
• Design and model architectural elements using Rhino 8.
• Develop parametric systems using Grasshopper.

What you'll learn

• Work with NURBS, mesh, and volumetric modeling paradigms
• Choose modeling methods strategically based on design intent
• Build hybrid Grasshopper workflows across geometry types

What you'll learn

• Generate accurate 3D human base meshes using MakeHuman.
• Build complex organic geometries through procedural modelling in SideFX Houdini.
• Connect and exchange design data seamlessly across multiple platforms.

What you'll learn

• Author constraint-driven concepts using natural-language “rule sets” that control massing, hierarchy, material intent, and geometry.
• Contextualize proposals on real sites using site cues, program, topography, scale, and circulation to move from proto-ideas to context-driven schemes.
• Shape atmosphere and narrative with lighting, materials, and camera logic to communicate intent in stills and short videos.

What you'll learn

• Project organization using BIM technology
• Generating complex facades and details in Rhino + Grasshopper
• Utilize Rhino.Inside to transfer geometry and parameters from Rhino to Revit and vice versa

What you'll learn

• Design optimized forms for additive layering with extrusion constraints in mind.
• Understand how line thickness, overlaps, cantilevers, and nozzle sizes affect real-world prints.
• Use the LYT.Studio Grasshopper 8 plug-in to generate custom G-code for clay 3D printers.

What you'll learn

• Generate architectural images using the full Flux model suite in ComfyUI.
• Build fast text-to-image workflows with Flux Schnell.
• Apply LoRAs and image references for custom styles.

What you'll learn

• Optimize daylight performance in combination with possible heat stress and glare issues.
• Apply radiation simulations to assess and balance solar gains and shading strategies.
• Optimize views while integrating them into facade performance assessments.

What you'll learn

• The creative flexibility and design potential of mesh modelling in Maya
• Best practices for exporting from Maya to Rhino
• Techniques to convert mesh into SubD and NURBS in Rhino3D

What you'll learn

• Overview of Generative AI applications being researched and developed at one of the top innovative architectural firms.
• Weighted Prompting, LoRas, Seeds, Steps, ControlNet, and Denoising.
• Customized SDXL Segmentation technique for Photoshop and/or Rhino.

What you'll learn

• Computational Design in Grasshopper: Explore Python-based algorithms such as Reaction-diffusion and other generative strategies.
• 3D Printing and Customized GCode: Tricks on Slicer Settings and customized GCode generation for perfect 3D prints.
• AI Integration for Fashion and Textile Design: Utilize image generators for pattern making.