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Creative explorations

Wearable interaction · Physical computing

Appear.

An exploration of
touch across distance.

A sculptural garment that brings together heat-sensitive fabric and connected hardware to explore how a hug might travel between two people.

Explore the project
The finished Appear garment on a mannequin, with pointed shoulders and a flowing, sculptural silhouette.
The garment prototype, August 2023.
Project
Individual exploration
When
August 2023
Made with
Heat-sensitive fabric, Arduino, Wi-Fi, air pumps & sewing

01 / The idea

Connected by a screen.
Still missing a hug.

As an international student, I could speak to my family through a screen while still missing their physical presence. Time differences and unreliable connections made that distance feel even greater.

Appear began with the space between seeing someone and feeling close to them. I wanted to explore whether a garment could make that connection tangible through warmth, pressure, and a visible trace of touch.

02 / The form

Finding a shape
for closeness.

Drawing inspiration from cloaks worn by the Yi people in China, I explored several silhouettes before choosing pointed shoulders and wavy sleeves. The garment became both an expressive form and a surface for interaction.

Original garment sketches exploring cloak-inspired shoulders, flowing sleeves, and the placement of interactive fabric.
Silhouette explorations and references from the original design process.
Fabric pieces laid out and cut for the garment.
01 — Cut. Translating the sketch into fabric pieces.
The garment being assembled at a sewing machine.
02 — Construct. Sewing the pieces and adjusting the form.
A magnetic fastener attached to the garment, beside a visible heat-sensitive color change.
03 — Finish. Adding magnetic fasteners for the closure.

03 / The system

From a touch
to a response.

The system concept connects two units over Wi-Fi. A sensor event in one unit triggers a heater and air pump in the other. Warmth changes the fabric’s appearance; inflation explores the pressure associated with a hug.

01 / Input

Sense a touch

A sensor event starts the interaction.

02 / Connection

Send the signal

Wi-Fi connects the two units.

03 / Response

Make it tangible

The heater and pumps produce warmth and inflation.

System concept / prototype architecture

An Arduino wiring diagram connecting the controller, heater, and two air-pump circuits.
Connection study for the controller, heater, and pump circuits.

Building the response

The hardware setup brings together a controller, sensors, power, a heater, and two pumps—one for inflation and one for deflation—with a valve controlling airflow.

The control logic switches the heater and air system in response to incoming signals. Alongside the garment, I explored these mechanisms through wiring studies and bench tests.

Material experiments

Making an invisible
gesture visible.

I tested the heat-sensitive fabric’s response to warmth and touch, and experimented with the pump mechanism as a way to translate pressure into a wearable sensation.

A hand touches the dark garment beside a bright pink trace revealed by warmth.
Warmth leaves a trace. Color change makes the interaction visible on the garment.
A bright pink handprint appears on a dark heat-sensitive textile sample.
A material sample responding to a hand’s warmth.
Air pumps, tubing, and electronics assembled on a worktable for a mechanism test.
A separate bench test of the pump mechanism.

04 / The prototype

From the workbench
to the body.

I assembled the garment and documented a local wear test with a friend. These photographs show the finished silhouette and the fabric’s visible response to touch.

Duorfan wears the finished garment in the studio, showing its sculptural shoulders and wavy sides.
The finished silhouette, worn in the studio.
A friend touches the worn garment, leaving visible colored traces on the fabric.
A local wear test with a friend.

An ongoing exploration

Presence, through material.

Appear brings costume design, material experimentation, and physical computing into one wearable prototype. The work documented here captures the garment, touch response, and hardware exploration.

The original next direction explored transparency and the visual idea of “disappearing”—another way to express the emotional experience of being far from home.