Session 01: Modular Design Fundamentals
This session introduces the core principles of discrete and modular architecture, covering modular thinking, repetition, variation, part-to-whole relationships, and the logic behind designing architectural systems using defined components.
Session 02: Tools & Setup
This session guides you through installing and preparing the essential tools for the course, including Rhino, Grasshopper plugins, and any required add-ons, ensuring your environment is fully ready for modular and discrete design workflows.

Session 01: Basic Aggregations & Connections
This session explains how to design simple modules and connect them through basic aggregation logic. You’ll learn how to define interfaces and create stable, readable part relationships.
Session 02: Grasshopper Connections
This session introduces Grasshopper workflows for generating automatic and advanced connections between modular parts, allowing you to streamline and systemize your assembly logic.
Session 03: Iterations, Catalogs & Control Systems
This session explores creating iterative variations, saving and loading aggregation states, organizing part catalogs, and controlling module counts for efficient design management.
Session 04: Parts Attributes
This session focuses on assigning attributes to parts—such as type, rotation, hierarchy, or behavior—enabling more intelligent and flexible modular systems.
Session 05: Rules 01
This session introduces rule-based design, covering adjacency rules, connection restrictions, and logical conditions that drive the assembly of your system.
Session 06: Rules 02
This session expands on rule creation, exploring more advanced logic, multi-layered constraints, and rule combinations that generate complex modular outcomes.

Session 01: Volumetric Field
This session teaches how to generate 3D volumetric fields that guide the distribution, orientation, and density of modular systems in space.
Session 02: Curve Field
This session introduces curve-driven fields that influence aggregation paths, directional flows, and the alignment of modules along curves.
Session 03: Curve Field 02
This session builds on the previous one with multi-curve fields, transitions, weighting, and more sophisticated control strategies.
Session 04: Surface Field
This session explains how to generate fields based on surfaces, allowing modules to follow topologies, gradients, and surface-defined constraints.
Session 05: Combine Fields
This session focuses on blending multiple fields—volumetric, curve, and surface—to create complex global behaviors and controlled design outcomes.
Session 06: Global Constraints
This session explores system-level limitations, such as boundaries, envelopes, height limits, and environmental rules that shape the overall aggregation.
Session 07: Local Constraints
This session looks at localized control—restricting modules in certain regions, resolving conflicts, and guiding micro-level behavior within your system.

Session 01: Circulation
This session introduces circulation strategies within modular systems, exploring pathways, flows, spatial gradients, and how circulation shapes aggregation logic.
Session 02: Aggregation 01
This session begins the final project development by generating and refining the first full aggregation based on your parts, rules, and chosen fields.
Session 03: Aggregation 02
This session completes the final project with advanced aggregation refinements, integrating constraints, circulation, and presentation-ready geometry