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These delicate machine-embroidered pieces explore a rhizomatic structure, a network of interconnected, spreading roots that grow horizontally and unpredictably. The stitching captures this organic complexity, reflecting growth, connection, and resilience beneath the surface.
These delicate machine-embroidered pieces explore a rhizomatic structure, a network of interconnected, spreading roots that grow horizontally and unpredictably. The stitching captures this organic complexity, reflecting growth, connection, and resilience beneath the surface.
Wire, nylon thread and metallic thread on soluble fabric
Wire, nylon thread and metallic thread on soluble fabric
Wire, nylon thread and metallic thread on digitally printed silk georgette and soluble fabric
Wire, nylon thread and metallic thread on digitally printed silk georgette and soluble fabric
Wire, nylon thread and metallic thread on laser cut polyester felt
Wire, nylon thread and metallic thread on laser cut polyester felt
These small rhizome-like sculptures were created by electroforming textiles. The original forms were made by stitching copper wire onto soluble fabric using nylon and metallic thread. Once electroformed, the textile structure transformed into metal, allowing for further embellishment and detail. The result is a hybrid object, echoing organic growth and entanglement.
These laser-cut felt works are inspired by the distinctive texture of volcanic scoria, a dark, porous rock formed from cooled lava. Scoria is known for its rough, pitted surface — the result of trapped gas bubbles escaping during eruption. Found scattered across the New Zealand landscape, these rocks embody both geological violence and quiet endurance. These felt pieces echo this tension, translating scoria’s surface into soft, perforated layers.
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