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.
In this project, we explore computational design tools within Grasshopper to design a pavilion in Plaça de la Universitat, here in Barcelona. This plaza is located in the Eixample District and it gets its name from its close proximity to the historic building of the University of Barcelona. Additionally, we develop the methodology for the … Read more
“Triangulated Tectonics” is a parametric pavilion designed for the rooftop of the Institute for Advanced Architecture of Catalonia (IAAC), leveraging computational design techniques. Developed using Grasshopper and Kangaroo Physics, the structure is composed of a triangular modular system, optimizing both material efficiency and structural stability. The tensegrity-inspired framework integrates dynamic relaxation and form-finding algorithms, enabling … Read more
The Best Canopy This project proposal transforms a public space by harnessing the power of color, light, and delicate architectural elements to create a vibrant and inviting environment. By extending the public ground, the design seamlessly integrates the space with its surroundings, fostering a sense of continuity and community. The extension incorporates a veranda that … Read more
The Ethereal Bloom Pavilion embodies fluidity and lightness, mimicking organic structures found in nature. The twisted lattice frame, already developed through a parametric script, acts as the primary structural element. The spaces between the frame are filled with inflatable ETFE panels, which are designed to respond to air pressure forces and achieve a soft, billowing … Read more
Abstract Perpetua is a pavilion that embodies fluidity, continuity, and movement. Inspired by the dynamic energy of Plaça Nova, its overlapping curves rise and intertwine, forming three distinct yet connected pathways that invite exploration. The name “Perpetua”, meaning perpetual and unending, reflects the seamless transition of space, where geometry and motion merge into an evolving … Read more
A Fluid Dialogue Between Light, Space, and Movement. Luzarca is a lightweight architectural pavilion that merges computational design, structural efficiency, and urban interaction. Its undulating mesh canopy creates a dynamic play of light and shadow, shifting throughout the day. Designed for modularity, it is easily assembled, disassembled, and relocated, emphasizing sustainability. The pavilion fosters movement … Read more
CONCEPT Plaça de George Orwell, a historically and socially complex urban space in Barcelona, serves as the foundation for our pavilion, Nestscape. Inspired by the triangular geometry of the plaza, the design emerges as a modular, porous canopy that interacts with human and avian movement alike. The pavilion responds to the site’s historical evolution—from a contested public … Read more
Master in Advanced Architecture Computational Design Seminar Yetkin Demir / Giovanny Gordillo SITE Placa De Sant Felip Neri is a small square located in the Gothic quarter. Bearing scars from the Spanish Civil War in 1938, this plaza holds a tragic past. Surrounded by the church and mixed use buildings, this square serves as a … Read more
This project is a journey into the fusion of digital design, biomimetic structures, and fabrication logic. Inspired by natural patterns and organic growth, the pavilion emerges as a seamless blend of computational precision and artistic expression. Concept Development – Finding Inspiration The initial spark for this pavilion came from observing organic growth patterns found in … Read more
The FoldHaus showcases the elegance of folding . Its dynamic pleated surfaces create a rhythmic play of light and shadow . The lightweight yet sturdy design allows for adaptability in various environments. The pavilion’s modular design enables flexibility, making it ideal for exhibitions, public spaces SITE CONCEPT CASE STUDY PSEUDO-CODE CATALOGUE OF ITERATIONS FABRICATION & … Read more
The goal is to use Augmented Reality (AR) to design and construct warp and weft woven structures with high precision. Real-time AR overlays to visualize interlacing patterns, adjust alignments, and dynamically adapt placements. This system enables error detection, structural feedback, and interactive modifications, making complex woven assemblies feasible without extensive manual adjustments. REFERENCES UI/UX TUTORIAL … Read more
can robots and humans work hand in (hand) to create beautiful architecture? KOMA is a contemplative space, designed to be set in the landscape and allow for peaceful viewing, the form of KOMA is parametric and is able to sway with the wind through the use of tensile cables. The vertical timber elements were placed … Read more
Drawing inspiration from the Central American term “colocho” meaning curl or loop, we developed a robotic printed clay column, while experimenting with non-uniform extrusions. In this seminar we explored the geometric possibilities that can be created with the incorporation of non-uniform rotations and movements in the robot while printing with clay. At the same time, … Read more
Robot-Assisted stacking of Wooden blocks Design concept In this experimental project, we explored the intersection of aesthetics and structural logic by designing a parametrically controlled wooden column assembled using robotic fabrication. The column starts with a square base and gradually transforms into a triangular top, demonstrating a seamless geometric transition. By stacking precisely cut wooden … Read more
Robot-Assisted Assembly in Wood Construction- We designed and built a parametric wall using robotic arm technology to achieve precision, efficiency, and complex shapes that are challenging to create using traditional methods. The robotic arm followed a computer-generated design, converting digital models into precise physical forms. This automated process allowed for seamless material placement, optimized structural … Read more
