What you'll learn

• Analyze competition briefs and define design strategies
• Use AI for research, ideation, and concept development
• Create architectural narratives and visual directions

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

What you'll learn

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

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

• 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

• 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

• 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

• 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

• 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

• Understand core principles of diffusion-based generative models and how they produce images
• Navigate and operate ComfyUI for generative workflows
• Build, modify, and extend pipelines for image synthesis and image-to-image translation

What you'll learn

• Core principles for pairing early-stage geometry with real-time performance analytics.
• Perspectives on translating mathematical topology into physical spatial structures.
• Concepts behind combining CNC knitting with deployable structural systems.

What you'll learn

• Create parametric modules for jewelry and wearable systems.
• Build adjustable workflows in Rhino and Grasshopper.
• Generate arrays, curve-based patterns, and modular distributions.

What you'll learn

• Introduction to the ZBrush interface and workflow
• Hard-surface modeling using ZModeler and Live Booleans
• Using NanoMesh, Snapshot, and array systems

What you'll learn

• Using prompts to generate visual and spatial assets.
• Using AI tools to support creative and 3D workflows.
• Building a basic Three.js scene with camera, lighting, and geometry.

What you'll learn

• Design an urban city using AI and parametric workflows
• Build and analyze city-scale geometry in Grasshopper
• Generate AI visuals and concepts with ComfyUI

What you'll learn

• Understand bottom-up design where form emerges from materials and fabrication constraints
• Develop small-scale structures using design-to-fabrication workflows in Rhino and Grasshopper
• Explore form generation and structural organisation through pavilion studies

What you'll learn

• Text prompting for Midjourney
• Image prompting for Midjourney
• Customizing Midjourney with Mood boards and advanced parameters

What you'll learn

• Use ChatGPT fluently and confidently in professional workflows
• Choose the right models strategically for different task types
• Build precise technical prompts with controlled context, constraints, and clear output formatting

What you'll learn

• AI augmented and Human-Centred Concept Creative Development
• Designing an entire project from scratch with real-world constraints
• Understand the foundation of Multimodal AI and how to engage with it

What you'll learn

• Use Midjourney and Nanobanana Pro for concept creation, refinement, and realistic outputs
• Generate technical drawings from interior images with annotations
• Transform 3D models and 2D plans into realistic renders

What you'll learn

• Set up SketchUp for beginners: toolbars, default settings, and personal preferences.
• Work project-first: build a cabin house on a residential lot from the ground up.
• Use reference material: import a reference image and align a provided hand sketch and floor plan.

What you'll learn

• Understand the basics of coding
• How to install and use Python
• How to prepare data to move between software

What you'll learn

• How to translate 2D patterns into 3D-printable relief systems
• Principles of fabrication-aware design, including no-support geometries
• Advanced Grasshopper workflows for integration and slicing logic

What you'll learn

• Core principles for integrating AI, structural optimization, and robotic fabrication in architecture.
• Perspectives on circular design and upcycling industrial waste via additive manufacturing.
• Concepts behind socially relevant design, generative computing, and craft-based AI initiatives.

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

• Build connected AI workflows using Krea Nodes & Realtime Editor
• Reverse-engineer images using ChatGPT / Copilot as analytical design tools
• Create context boards, styles, and timelapse visuals with Formas

What you'll learn

• Turn scattered inspiration into clear, client-ready mood, furniture, and material boards.
• Convert 2D mood boards into consistent 3D-style renders using repeatable workflows.
• Generate fast, high-quality design variations without losing style consistency.

What you'll learn

• Frameworks for integrating spatial justice, intersectional data, and ecological systems into urban design.
• Methods for grid shell form-finding, architectural geometry, and visual structural design.
• Strategies behind computational artwork, generative algorithms, and robotic fabrication.

What you'll learn

• Mastering computational concepts for managing complex toolpath arrays.
• Understanding robot kinematics and how to visualise and validate reachability.
• Mesh-to-Path Logic: Techniques for projecting vector paths onto 'noisy' scanned meshes.

What you'll learn

• Create a computational workflow linking digital design and fabrication in Grasshopper 3D.
• Design installations for low-tech fabrication using CNC cutting and manual cable winding.
• Generate planar aggregations using boundary rule sets through MutAnt.

What you'll learn

• Generate curvilinear forms using Midjourney
• Explore design styles inspired by MAD Architects and ZHA
• Master prompt-crafting for architectural concepts

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

• 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.

What you'll learn

• Master design principles for 3D-printed wall designs.
• Generate and refine patterns with algorithms in Grasshopper.
• Learn custom G-code generation for precise control over printing.

What you'll learn

• Learn the basics and applications of 3D concrete printing in architecture.
• Master design techniques specifically for 3D printing.
• Gain hands-on experience with Rhinoceros 7 and Grasshopper.

What you'll learn

• Understand the basics of clay as a material.
• Learn the setup and operation of a clay 3D printer.
• Prepare clay for 3D printing, including proper consistency and loading techniques.

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

• 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.