“Growing together” explores 3d printed texture to guide structural development of chlorella vulgaris algae across its surface.

This creates an ecosystem between human and nature that co-evolves with time

"Growing together" aims to guide the spatial and structural development of algae using 3D printing techniques to predict patterns of algae behavior

Algae exploration

The collection utilises chlorella algae, a unicellular green microalga known for its regenerative properties and environmental potential that traps 10 times the amount of carbon emissions as traditional jewelry. Recent research increasingly suggests that contact with natural textures like moss, stone, or soil reduces stress and boosts immune function, and that uban living cuts us off from interacting with numerous beneficial microbes.

Algae experiments

Creating 3D textures

digitally crafted, rippling terrain that mimics organic shapes ideal for holding algae-infused hydrogel and water.

With its varying depths and concave formations, the surface naturally forms micro-reservoirs capable of containingsmall amounts of liquid. The repetitive wave patterns not only offer structural texture but also increase surface area, enhancing light exposure for photosynthetic organisms like algae.

3D texture growth

Creating 3d By wearing something alive, and designed to grow, I wanted to invite the wearer into a deeper, more intimate connection with nature. Often, we use the product around us, without giving back. Growing Together invites the wearer to consider how we can serve the products that serve us. Through microbial exchange, the algae and wearer create an a unique ecosystem and a symbiotic relationship. You can care for the jewelry, and the jewelry will care for you, creating oxygen for you, and growing details for you. Ultimately, the piece seeks to reimagine a healthier sustainable relationship with the natural world.