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.
Structural Analysis: Where You Splice Is Everything This section covers the structural analysis work underpinning our reclaimed portal frame project – from knee joint behavior to the critical question of splice placement. The Portal Frame and Form Variations Different forms of portal frames react differently under mass and load- First we compared the mass of … Read more
Site and Key Viewpoint Site and Key Viewpoint Core Project Keywords References FORM FINDING Final Form – Sketch Form Logic Variations and Catalog – Side Profile Form Finding Catalog Base Variation Catalog Convex concave Variation Catalogue Final Form – Levels OPENING & PLANTERS Opening’s Logic – Diamond Shape Opening’s Logics Catalog of Opening Opening Logic … Read more
Introduction This project investigates how the introduction of openings in existing structures affects structural performance and reuse potential. By analyzing the impact of opening size and position on force distribution (such as shear force and bending moment), the study evaluates changes in stability and structural behavior. Based on these findings, the project establishes a relationship … Read more
The After Gaudí vision is explored through the lens of an Interpretation Center, not by simply copying forms, but by deeply understanding his geometry and structural logic. Project Framing: A 2026 Centenary Monument in the Born District. The monument site is strategically located in the Born District, deeply connected to the urban fabric between the … Read more
Kontravoid is a virtual reality authentication environment developed as part of a thesis on data-driven architectural interfaces. The project uses real-time EEG, ECG, and EMG data to verify identity through continuous physiological patterns rather than static inputs. Within an immersive VR space, biometric signals dynamically influence spatial elements such as light, geometry, and sound, creating … Read more
