Valerie Chua Yan Tong
Artist & Researcher — b. 2000, Singapore

Valerie Chua
Yan Tong

Making matter speak. Working across bio-composites, media design, and the quiet politics of what we discard.

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agar composite
food waste · archive
About

A practice built at the intersection of material science and poetic inquiry

Valerie Chua Yan Tong (b. 2000, Singapore) is an artist and researcher working across bio-materials, media design, and tangible computing. Previously, she was trained as an economist and as a wine professional in Milan, as well as fashion design in New York. Shaped by a life between hyper-efficient Singapore and dreamy Italy, she carves out enjoyable third spaces in a new home — London.

Her research interests span human-computer interaction, tangible media, bio-fabrication, and wellbeing technologies. Her work has been accepted to the Proceedings of the Design Society (Cambridge University Press) and IASDR (International Association of Societies of Design Research).

2025–2027
MA & MSc Innovation Design Engineering — Royal College of Art & Imperial College London, Full Scholar
Artistic Vision

"How does the form of information shape what we feel, understand, and remember?"

Valerie's practice is organised around a single sustained inquiry: Media Investigations. She asks how the material and sensory form of media — its weight, texture, speed, and interface — shapes the way we receive and retain information. Not what the message says, but what the medium does to us.

This thread runs across all of her work. A bio-composite apron worn in public space becomes an information object — encoding diet, season, and labour in its surface. A minimal news device proposes tactility as an antidote to digital overwhelm. A gelatin specimen asks the viewer to slow down, to look with the body rather than the screen.

I
Media as Material
Information is never neutral — it arrives through a medium with weight, texture, and form. The design of that form is the design of perception itself.
II
Slow Attention
Against the culture of speed and alerts, the work proposes sustained, tactile looking. Surfaces reveal themselves only to those who linger.
III
Research-Through-Design
Studio practice and academic inquiry are inseparable. Each object is also a question — designed artefact and published instrument at once.

Selected
Projects

01
Bio-material · Garment · RCA Natural Matters Lab

MILES

Industrial Bio Apron

Agar composite Onion skin Eggshell Carrot leaf Pomegranate rind Chestnut shell
MILES — Industrial Bio Apron on mannequin
MILES, agar composite with domestic food waste, 2025
We document everything, yet material origins disappear. MILES makes them visible again.

A transparent agar-based composite integrated with dehydrated domestic food waste — cast rather than stitched, formed in a single pour. Variations in density and colour shift as the body moves, creating a fluid, irregular surface that draws sustained looking.

Worn on the body, MILES communicates diet, routine, and time. No two waste streams are identical; each piece records a specific kitchen, season, and set of hands. The work revives a garment once tied to domestic labour while returning organic matter to public space.

Drawing on Walter Benjamin's dialectical image and Bruno Latour's material networks, the apron treats waste as active participants in human systems, not passive residues. Suspended fragments serve as archival, revealing systems of consumption and disposal. Transparency becomes method — a way for matter itself to communicate.

02
Bio-composite · Specimen · RCA Natural Matters Lab

LAMIN

Living Material Specimens

Gelatin matrix Coffee grounds Spirulina powder Citrus peel Community-donated waste
LAMIN — Living Material Specimens laid out on white surface
LAMIN, gelatin bio-composites with food-waste particles, 2025
Particles, air pockets, and colour dispersions become landscapes revealed only through attention.

Gelatin infused with food-waste particles — coffee grounds, peels, spirulina, and other discarded remnants — suspended within a translucent matrix to create glossy, textured sheets. The title references lamina (thin layers) and biological lamins, structures that provide protection and support at a microscopic scale.

Some materials are donated by friends, framing the project as an act of co-design shaped by community living. Each piece functions as a specimen, preserving traces of everyday consumption.

Noticeable shrinkage occurs as the composites dry. Edges contract, surfaces warp, and the material continues to evolve over time. Ageing is not hidden but performed — raising questions about longevity, elemental transformation, and how both materials and bodies are designed to change. Resembling industrial laminates yet biodegradable and temporally unstable, LAMIN positions time itself as a design material.

03
Media Design · Research · IDE Studio

DUST

Minimal News Device

Transparent enclosure IoT · RSS Text-only interface Tactile materials
DUST — Minimal news device in teal enclosure with e-ink display
DUST, 3D-printed enclosures with e-ink display, IoT, 2025
What if news demanded less of our attention and offered greater value in return?

A minimal, text-only news device housed in a fully transparent enclosure. The design removes visual noise and foregrounds material qualities — texture, weight, translucency. Information is encountered slowly. Perceptual clarity and emotional tone emerge through physical form rather than digital stimulation.

Developed within the research project Material Attunement in Minimal Media: Designing Tactility for Information Engagement, DUST challenges high-intensity digital news interfaces that prioritise speed, alerts, and continuous consumption. Each artefact functions as both design object and research instrument.

Published in the Proceedings of the Design Society: DESIGN Conference (Cambridge University Press, ISSN 2732-527X), with presentation at the DESIGN Conference in Dubrovnik, Croatia.

Let's
collaborate

Open to gallery submissions, residencies, commissions, and research partnerships.

vyc25@ic.ac.uk
Based inLondon, UK
Research atRoyal College of Art & Imperial College London