The MAA is a visionary master program with an innovative and open structure, mixing diverse disciplines, shaping professionals capable of producing theoretical & practical solutions towards responsive cities, architecture & technology.
Computational Logic of Iterative Assemblage Processes
Assembled Architecture investigates how computational thinking and algorithmic logic can inform architectural design in response to increasing density and complexity in the built environment. The seminar treats spatial building blocks as computational units, capable of storing and processing information through their geometric and topological properties. Using iterative growth and assembly processes developed in tools such as Grasshopper and the Anemone plugin, students explore how modular aggregations evolve into differentiated, coherent architectural systems driven by internal and external conditions.
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COMPONENT DESIGN Component A Amount of conectors 3 Succesful 9 Unsuccesful 0 Component B Amount of conectors 3 Succesful 9 Unsuccesful 0 Component C Amount of conectors 3 Succesful 9 Unsuccesful 0 Component D Amount of conectors 3 Succesful 9 Unsuccesful 0 Custom Assemblage Method Establishing Proportional Constraints Vertical attraction The selection method takes a … Read more
Assembled Architecture Seminar Faculty: Andrea GrazianoFaculty Assistant: Nitsan Mor, Shrey Kapur Our project explores how architectural intention can be translated into computational logic through the construction of rule-based assemblages. Instead of designing form directly, we designed decision systems. Component Design and Random Assemblages Custom Assemblage Method Filtration Logic The process begins with a filtration logic … Read more
The core objective of the project was to develop a system of assemblages that could grow into complex, self-supporting structures. A structure-to-parasite logic, where new assemblies derive their path from existing structural supports, such as bracings and cross-bracings. Components In this specific project, the component is created through the additive aggregation of individual cubic voxels … Read more
This project explores the computational assembly of components to form a multi-functional complex. By translating configurations into graphs, we applied Space Syntax logic to evaluate three key values : Depth, Integration, and Choice. The optimal architecture was selected based on the balanced symmetry of these indices. Finally, these analytical values directly guided the spatial programming, … Read more
This project investigates modular construction through the iterative computational assemblage of four distinct components. Utilizing custom algorithmic methods—including curve following, slope evaluation, and proximity optimization—the project guides growth through thousands of permutations and handle rotations. The study achieves robust success rates in complex vertical stacking and terrace connectivity. The final architectural form integrates structural systems … Read more
Component Design Component A -Pos_0-Rot_0 Amount of connectors: 3 Amount of combination: 9 Successful: 9 Unsuccessful: 0 Component A rotation of handles Variation of assemblage: rotation of handles by 90° step each time Component B -Pos_0-Rot_0 Amount of connectors: 3 Amount of combination: 9 Successful: 9 Unsuccessful: 0 Component B – rotation of handles Variation … Read more
Typical Barcelona block layout Alternative zoning generation Data StrategyParameters that drive the design Height Permeability Zoning Selection Component permutationsComponent A-D Component combinationsHighlighting the collisions Component permutationsComponent A-D position 0 all rotations Component A Component B Component C Component D Custom Assemblage Logic Custom AssemblageHeight Boundary Box / Zoning Generation Component Custom Assemblage Assemblage MethodFilters and … Read more
