Clay has long been valued for its structural strength and deep connection to human culture. Meanwhile, mycelium, a fungal network that thrives in symbiosis with its environment, offers a living dimension to design. This project began by reimagining clay as more than a static medium, exploring its potential as a bioreceptive material capable of fostering microbial life and supporting new forms of "living artefacts."

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Through experimentation with various clays, including China clay, Bentonite, and volcanic powder, combined with nutrients and recycled materials like paper pulp, the project uncovers the unique interactions between mycelium and its clay habitat. Each iteration reveals the impact of these materials on the growth, appearance, and structure of mycelium.

The project also investigates how the bioreceptive qualities of mycelium can give new life to recycled clay powder, offering a pathway for sustainable material reuse. I investigated and analyzed the unique properties of the mycelium-clay composite. Through challenging, this exploration showcase the potential of biodesign in promoting circularity, addressing ecological concerns, and inspiring new practices in material recovery.

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