Organisms Utopia

Organisms Utopia starts with a fictional premise: in a future where oceans cover most of the planet, human life has adapted to the deep and the boundary between human and organism becomes porous. Marine organisms attach to the body as external organs, offering new sensory or functional abilities while drawing nourishment and protection from their host.

Because the goal is to open a question rather than predict a technology, I used speculative design and wearable art to make the premise tangible. The following studies define the organisms, their habitats, and the forms through which a human might live with them.

Cellular signalling provided a model for how organisms might exchange information. Ecological interdependence offered a second lens: no organism exists alone, and every adaptation changes the conditions around it. Together, these references gave the imagined world rules it could follow.

Each organism is defined by a habitat, a capability, a point of attachment, and a reciprocal exchange with the human body. These studies establish four distinct roles within one ecology rather than four disconnected characters.

I mapped possible points of contact—head, shoulders, arms, hands, chest, and back—to ask where another organism could live without becoming an isolated accessory. The sketches turn the premise into questions of scale, posture, movement, and touch.

The habitat map connects Aquaaura, Immuno, Neutide, and Oxyflora to coral reefs, deep trenches, kelp forests, and open water. Their environments explain why each organism behaves differently and how the larger ecology holds together.

Digital models test how each organism’s role might become volume, surface, and attachment. This stage lets me adjust proportion and silhouette before moving the fictional bodies into physical materials.

The second round of models focuses on the contact between organism and human: where it sits, how it attaches, and how it changes the body’s outline. The form is successful only when both sides of the relationship remain legible.

3D-printed iterations make scale, material, and assembly available to test. By moving from a digital surface to a physical piece, the imagined ecology begins to have weight, resistance, and a place on the body.

The final physical studies bring the four organisms into the same world while preserving their different roles and attachments. They make a speculative relationship tangible—something that can be shaped, worn, and encountered.

The final forms and film bring the fictional ecology together: wearable organisms become characters, while sound, motion, and atmosphere extend their relationships beyond the object. The outcome keeps the world open enough to imagine, while giving it a material presence.

This project showed me that speculative design becomes legible when the world has rules, the artifacts carry those rules, and the making process makes them tangible. I would carry forward the practice of using fiction not to predict the future, but to test how another way of living might feel.