Within the current global context of rapid change, integrated with the potentials of digital technologies, IAAC’s Master in Advanced Architecture (MAA) is committed to the generation of new ideas and applications for Urban Design, Self Sufficiency, Digital Manufacturing Techniques and Advanced Interaction.
In this context IAAC works with a multidisciplinary approach, facing the challenges posed by our environment and the future development of cities, architecture and buildings, through a virtuous combination of technology, biology, computational design, digital and robotic fabrication, pushing innovation beyond the boundaries of a more traditional architectural approach.
A Computationally Designed Kinetic Facade Kinetic Facade Iterations Iteration 01 — Unfolding Variation:This initial exploration focused on the gradual unfolding of façade panels, driven by parametric rotations and hinge-based transformations. The system emphasized linear motion and directional opening, establishing a foundational logic for movement and constructability. Iteration 02 — Warping Variation:The second iteration introduced surface … Read more
A dynamic forest pavilion. Plaça del Pi, Barcelona, Spain Design Concept Form Finding Psuedo Code The script relies on the organic undulation of sine and catenary curves to reflect the organic nature of our inspiration as well as provide a real-life simulation of the suspended fabric forming the canopy reacting to gravitational logic in both … Read more
CREATIVE PROCESS The façade is conceived as a textile surface caught mid-movement, as if a piece of fabric were lifted by the wind and suspended in time. Waves, folds, and subtle curvature translate the softness of cloth into a controlled architectural geometry. This fluid motion becomes the organizing logic of the elevation, producing a rhythm … Read more
*** “Is there a perception of transparency in digital societies which masks a more intrusive form of control than disciplinary institutions ever achieved?” CHARACTERS Professor Bratton Peluza Lucia Vela Minister Mouffe Arin Reporter Nox – FIRST ACT – Scene 1: The Ambush at the Café Door Place de la République, early evening.A rally forms under … Read more
In today’s architectural landscape, digital fabrication has significantly expanded the way we design and construct building elements—offering unprecedented accuracy, efficiency, and formal freedom. Techniques such as laser cutting, CNC milling, 3D printing, and robotic manufacturing each bring distinct advantages in terms of material behavior, geometric complexity, and performance potential. RE:CELL Concept The Re:Cell is a … Read more
Our digital fabrication journey unfolds through four experiments that explore how material, geometry, and technology negotiate form. Each project challenges a different fabrication technique: laser cutting, CNC milling, 3D printing, and robotic manufacturing, while asking a deeper question: How does digital logic reshape the language of craft? Laser Cutting Tessellated Lightfield This project explores the … Read more
Digital fabrication enables designers to explore geometries that go beyond traditional construction constraints. The exercise focuses on translating complex geometries into constructible systems that integrate material behaviour, joinery logic, and mass customisation. Each technique allows experimentation with unique fabrication constraints, informing the evolution of the vertical element design. The outputs serve as material and geometric … Read more
THE W-E SERIES WALL-E 3D PRINTING DESIGN INSPIRATION OBJECTIVE To create a modular vertical element that explores the capabilities of 3D printing and is simultaneously architecturally attractive, is structurally strong whilst using minimal material. DESIGN OPTIONS FINAL DESIGN CONCEPT By blending elements from previous prototypes, the final piece combines 2D and 3D forms to exploit … Read more
Architecture is entering a moment where the boundaries between design, technology, and material production are dissolving. As cities demand faster construction, customized spaces, and environmentally intelligent solutions, traditional methods alone no longer match the pace or precision required. Digital fabrication has emerged not just as a complementary tool, but as a transformative force reshaping how … Read more
This term’s digital fabrication explorations investigated the expressive and technical potential of multiple fabrication methods laser cutting, CNC milling, robotic clay extrusion, and 3D printing. While each technique demanded a different workflow and material logic, a common thread emerged: the use of material duality to create depth, contrast, and spatial effect. By combining two materials … Read more
Introduction to Digital Fabrication Team : Sejin Park & Hasan Hirji CNC Milling During the CNC Milling process, RhinoCAM software automatically creates bridges; a necessary milling process outside of commands that one might use to manipulate material. We began with the idea of testing the frequency and depth of 2-axis bridging path movement presets to … Read more
Introduction to Programming and Physical Computing Seminar Faculty: Daniel Mateos, Adai Suriñach, Antoine Jaunard Group Members: Amalia Anna Korgiala, Camilo Hernán Contreras Concept The project aims to design a sensor that can work with light or sound sensors, inspired by a library luminaire. The sensor can be placed in various areas and scales, such as … Read more
Introduction to Digital Fabrication Seminar Faculty: Ricardo Mayor, Hamid Peiro, Shyam Francesco ZoncaFaculty Assistant: Sheikh Rizvi Riaz, Federico Caldi, Vivek Venkateshappa In our Introduction to Digital Fabrication course we developed a small ecosystem of “bio” prototypes that test how code, machines and matter can co-evolve. Across four exercises we treated each fabrication tool as a … Read more
The evolution of digital fabrication has transitioned from rapid prototyping toward the sophisticated integration of multi-platform manufacturing workflows. This report examines the technical implementation of Additive Manufacturing (AM), Subtractive Computer Numerical Control (CNC), and Robotic Automation within a controlled laboratory environment. By synthesizing these diverse technologies, the project explores the precision, scalability, and material efficiency … Read more
Introduction to Digital Fabrication In contemporary architectural practice, digital fabrication has opened new possibilities for designing and producing building components with precision, efficiency, and expressive complexity. Among the most widely used methods—laser cutting, CNC milling, 3D printing, and robotic fabrication, each offers unique material, geometric, and performative potentials. For this assignment, we explore these techniques … Read more
The Digital Fabrication Collection showcases four prototypes developed through distinct making techniques. Each project explores how form, material, and geometry respond to CNC milling, laser cutting, 3D printing, and robotic fabrication, highlighting the diverse possibilities of digitally driven design. Light Lattice The Light Lattice project explores how laser cutting can translate digital geometry into tangible … Read more
