Campus Map

Official Campus Maps & Building Diagrams

Download the complete package containing the university location map, general layout plan, and building naming diagrams.

d-NAT exists at the intersection where art, architecture, and digital technology converge to reshape how we experience space and form. By embracing computation and parametric thinking, the network explores how natural systems can inform architectural skins and adaptive structures. This approach treats buildings not as static objects but as responsive organisms capable of learning from their environment. Through workshops and collaborative research, practitioners investigate how encoded behaviors, material ecologies, and performative geometries can produce spaces that feel alive. The result is a design language that moves beyond conventional boundaries, drawing equally from the logic of code and the organic patterns found in nature.

The relationship between nature and digital fabrication lies at the heart of the network's experimental practice. Researchers examine how growth patterns, behavioral topologies, and material intelligence can be translated into architectural systems using computational tools. Clay, timber, and other natural materials are studied alongside digital processes to uncover new formal possibilities. This research into adaptive and responsive skins pushes architecture toward greater ecological awareness, where buildings can sense, adapt, and even regenerate. The work challenges the separation between the built and the natural, proposing instead a seamless continuity where technology serves as a bridge rather than a barrier.

Workshops and collaborative events form the backbone of the network's knowledge-sharing model. Participants from diverse disciplines come together to build, test, and critique prototypes that blur the lines between art object and architectural component. These intensive sessions focus on hands-on experimentation with materials, code, and fabrication tools, allowing ideas to evolve rapidly through collective making. The emphasis is on process over product, with each workshop generating new questions about how we design, inhabit, and understand space. This open exchange of techniques and concepts helps sustain a vibrant community of practitioners pushing the field forward.

Looking ahead, the network envisions a future where design is no longer defined by static forms but by dynamic systems that evolve over time. This vision calls for rethinking how architects and artists approach complexity, embracing uncertainty and emergence as creative forces. By integrating digital sensing, responsive materials, and ecological thinking, spaces can become more attuned to human needs and environmental rhythms. The archived projects and ongoing research in the library document this journey toward a more fluid and intelligent architecture. Each experiment contributes to a growing body of knowledge about how art and technology can serve the natural world.