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.
This project turns wind and snow into design tools. Instead of starting with a fixed form, environmental forces drive the geometry, generating adaptive architectures that evolve through performance. Project Description The site spans 39 acres and consists of two adjacent properties: Trumbull Park Homes, established in 1938 and owned and operated by the Chicago Housing Authority (CHA), occupies 21 acres and contains 454 housing units; … Read more
“ An AR-Driven Biomimetic Pavilion Generated Through Environmental Field Behavior “ Architectural pavilion design and fabrication often require complex digital workflows, technical expertise, and multiple visualization tools, making the process difficult for rapid concept development and real-world understanding. Designers also face challenges in translating organic, nature-inspired forms into fabrication-friendly structures. BIOMIMICRY PAVILIONS Organic Geometry Biomimicry … Read more
From the catalogue of designs for Final Assignment 2, we selected one of the iterations we had explored, as it was the most suitable candidate for optimisation. Following the circulation analysis of the terrace, the base points of the pavilion were located. However, key performance criteria — including solar radiation levels for user comfort, sky … Read more
This project frames coastal landscapes as systems for circular regeneration, transforming local waste streams into functional ecological infrastructure. Through layered wetland and dune strategies, it explores how material reuse can enhance sediment stability, water quality, and biodiversity while addressing erosion as part of a broader global pattern of coastal and deltaic vulnerability under climate change.
Architectural visualization has a default setting, and it’s usually photorealism. Walk into any design critique or client presentation, and you are almost guaranteed to see glossy, hyper-realistic renders. While beautiful, a single design often needs to be communicated in multiple visual languages depending on the audience and the phase of the project. Sometimes you need … Read more
Quantifying the Opposite of Boredom For decades, architectural design has relied on intuition. Client feedback and peer reviews are inherently subjective, and by the time you can gather real human response data on a facade, the building is already standing. But what if we could predict whether a building will be visually engaging before a … Read more
Project Selection L.O.O.P is a project developed in the Introductory Studio G1 with Carmelo Zappulla, Sebastian Amorelli and Amin Bigdeli.The project takes shape as a continuous green spiral that lifts both housing and public space off the sealed ground, freeing the courtyard and threading a biodiverse path vertically through the Eixample block. Computational Method Parametric … Read more
A TerraFormed production CONTEXT TerraFormed is an ongoing project developed within Digital Matter Studio 2026 that implements osteomorphic blocks as a standardizable and industry-compatible approach for producing a novel geopolymer material within a sustainable construction framework. DESIGN OBJECTIVES Osteomorphic blocks are primarily governed by the parameters of the sine curve that defines their geometry. This … Read more
Sunburn is a computationally designed urban shading pavilion for Plaça Universitat in Barcelona. The project explores how lightweight canopy structures can improve comfort in public space while creating an inviting social environment. Using parametric column placement, Kangaroo surface generation, Ladybug solar analysis, and Galapagos optimization, the canopy geometry is tested across different sun-hour periods to … Read more
WillowMetric investigates the design and optimisation of a woven willow façade using parametric modelling in Rhino and Grasshopper. Through iterative analysis of pattern density, material distribution, and façade performance, the weaving system was refined to balance structural efficiency, shading, transparency, and aesthetic quality. The project demonstrates how computational design tools can inform material placement and … Read more
Modifying terrain slope to optimize drainage and building footprint. Can we optimize cut and fill for terrain modification to optimize water drainage and maximize building footprint? The “Sponge City+” toolkit is a Grasshopper-based platform that helps architects integrate low-impact development (LID) strategies into early-stage urban design. Tested on three Chinese university campuses, it combines runoff … Read more
This project explores a parametric pavilion designed for Plaça de Tetuan, where variations in canopy height generate different spatial and shading conditions. A lightweight steel framework supports tensile textile panels, creating a porous roof that filters sunlight while maintaining an open public space. Using environmental analysis and Wallacei optimization, multiple alternatives were evaluated to balance … Read more
TOTEM INTERFACE ELEMENT STONE WALLS SLOPE WALL INITIAL RAMMED PROTOTYPE FINAL RAMMED PROTOTYPE FINAL RENDERS WALKTHROUGH VIDEO
