About
D.DLAB

D.DLab is a design-led technological research group positioning architectural design as a driving force in tackling one of the most significant global challenges of our time – the climate crisis in the context of the built environment. The architecture, engineering, and construction industries are responsible for 40% of global CO2 emissions, 30% of global waste production and 50% of raw resource consumption. Additionally, these sectors significantly impacts biodiversity directly affecting human health and well-being. In D.DLab we address these urgencies through three interconnected design-for-sustainability trajectories, aiming to generate new knowledge for architectural design.

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01

CyanoCementation

Cyanobacteria-Powered 3d Printing of Carbon-Efficient Building Components.
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02

Recycled Wood Mycelium Mixtures

Sustainable Architecture Through Bio-Composites: Robotic Fabrication of Recycled Wood and Mycelium Materials (RWMM).
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03

WoodenWood

Integrating Wood Waste in Design through Robotic Printing and Traditional Craft.
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04

Waste2Lpath

Robotic 3D Printing for Sustainable Seating Solutions from Recycled Plastic.
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D.DLAB team

We emerge from the observation of a world shaped by environmental factors and global challenges beyond our control. Such complexities require spatial practices to pursue higher-ordered goals, enabling designers to actively participate in formulating new directions for the built environment. Our community comprises a passionate and diverse group of researchers aspiring to serve as a launchpad for the exchange of ideas and as knowledge facilitators between academia and industry.
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WATCH US WORK

Amid the complexities of an ever-changing world, spatial practices must transcend boundaries, empowering designers to craft innovative paths toward a resilient, responsive, and culturally inclusive built environment.

Publication

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Multispecies design decision-making: A hybrid computational model for ecological building envelope optimization and evaluation

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Assessing thermal-mechanical properties of wood powder cellulosebased composites for 3D-printed architectural components

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Robotic 3D Printing of Recycled Wood – Mycelium Mixtures Promoting Circularity in Architectural Production

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Wood Based Liquid Deposition Modeling for Sustainable Hybrid Acoustics Components

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Publication

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