RELATIONAL UBANISM LAB
Relational Urbanism Lab is the forward-thinking research arm of Llabres Tabony Architects, dedicated to shaping the future of urban environments. Our lab uses cutting-edge sensing, simulation, and next-generation AI tools to develop innovative, data-driven responses to the most pressing challenges in architecture and urban design. By harnessing the power of advanced technologies, we provide our design teams with state-of-the-art solutions that push the boundaries of contemporary architecture.Beyond technological innovation,
Relational Urbanism Lab is committed to social equity and environmental justice. Architecture should create spaces that are not only functional and aesthetically inspiring but also inclusive and responsive to the needs of diverse communities. Our research focuses on community participation, ensuring that local voices are integral to the design process, and promoting climate resilience in our projects.
With a deep passion for creating charming, environmentally sustainable, and socially conscious spaces, Relational Urbanism Lab sets a new standard for what architecture can achieve in local and global contexts, bringing cutting-edge ideas into real-world impact.
The system translates these physical forms into optimized 3D models, integrating the athletes' tacit knowledge into the final configuration of the urban landscape in real time.
Materialising Latent Hybridity
This computational approach merges ecology with architecture, creating "Eden Gardens" where natural flows dictate a highly resilient and performance-driven spatial layout.
This computational approach merges ecology with architecture, creating "Eden Gardens" where natural flows dictate a highly resilient and performance-driven spatial layout.
By algorithmically simulating water flows and microclimates, the model generates artificial topographies that funnel prevailing winds and optimize views.
This computational approach merges ecology with architecture, creating "Eden Gardens" where natural flows dictate a highly resilient and performance-driven spatial layout.
Materialising Latent Hybridity
This computational approach merges ecology with architecture, creating "Eden Gardens" where natural flows dictate a highly resilient and performance-driven spatial layout.
By combining computational analysis with material experimentation, the authors propose an interactive territorial praxis
Through projects in China and Brazil, they demonstrate how these models function as negotiation devices, integrating social and spatial decisions to build resilient and collaborative urban landscapes
By integrating "non-computational ecologies" and tacit knowledge, the authors propose a symbiotic, participatory design approach.
By combining digital interfaces with tacit knowledge, the authors advocate for an urbanism that prioritizes dynamic formations over static objects.