Flow Moiré: TSUNG-LIN, LU Transforms Optical Interference into Platinum Prize-Winning Fashion
At the Future Art & Design Award 2026 Summer Season, TSUNG-LIN, LU of Fu Jen Catholic University received the Platinum Prize in the Fashion Design category for Flow Moiré, a collection that transforms the visual principles of Op Art and Moiré optical interference into dynamic, three-dimensional wearable forms. Developed as the culmination of Lu’s Master’s thesis research, the project bridges academic investigation and experimental fashion design, exploring how an optical illusion traditionally experienced on a flat surface can be activated through fabric, construction, and the movement of the human body.
Rather than treating pattern simply as decoration, Flow Moiré makes visual perception itself an integral part of the garment. Through layered textiles, precisely controlled silkscreen printing, draping, and pattern making, static geometric grids become shifting visual fields—allowing the clothing to change perceptually as its wearer moves.
Exploring the "visual variation" of Moiré patterns that change fluidly with movement. By combining precise silk-screen printing with fabric patchwork, I have constructed a strong optical illusion on the garment. Utilizing the interference of layered geometric patterns, this work transforms ephemeral beauty into dynamic wearable art.
Interview
Q. What initially inspired this project?
TSUNG-LIN, LU: The core inspiration for Flow Moiré stems from my deep fascination with Op Art and the visual phenomenon of Moiré optical interference patterns.
I was driven by a specific question: how can the illusion of movement and depth found in static optical art be translated into dynamic, three-dimensional wearable fashion?
I wanted to transform these abstract optical theories into physical garments that interact with the wearer’s movements. In this way, the body becomes an active part of the visual experience rather than simply a surface on which the design is displayed.
Q. What was the most compelling milestone or complex hurdle in bringing the project to life?
LU: The most complex hurdle was translating two-dimensional mathematical Moiré patterns into physical, wearable fabric.
Achieving precise optical interference required meticulous experimentation with silkscreen printing on layered textiles. Integrating these specially printed fabrics seamlessly into three-dimensional draped garment construction and pattern making was incredibly challenging.
The greatest milestone came when the grids were finally aligned with sufficient precision for the optical illusion to activate naturally as the human body moved.
At that moment, the theoretical concept behind the project became a physical and dynamic experience.
Q. How would you describe your experience taking part in the Future Art & Design Award UK?
LU: Participating in the Future Art & Design Award UK has been an incredibly validating journey.
Winning the Platinum Prize is a profound honour, especially because this collection represents the culmination of my Master’s thesis research.
Having an international platform recognise a project that bridges academic theory with practical fashion design is both humbling and deeply encouraging for my future creative endeavours.
Editor’s Note
Flow Moiré begins with an optical phenomenon, but its significance extends beyond pattern. By translating Moiré interference from a two-dimensional visual principle into layered, wearable construction, TSUNG-LIN, LU turns the moving human body into an active component of the design.
The technical process is fundamental to this transformation. Precise silkscreen-printed grids must coexist with textiles that fold, drape, overlap, and move—conditions very different from the controlled flat surfaces on which optical patterns are typically observed. The resulting garments therefore occupy an intriguing space between mathematical precision and physical unpredictability.
Recognised with the Platinum Prize at the Future Art & Design Award 2026 Summer Season, Flow Moiré demonstrates the potential of fashion as a field where research, perception, material experimentation, and bodily movement can converge. As the wearer moves, the garment does more than change its silhouette: its visual surface appears to shift and activate, turning clothing into an evolving optical experience.
For a project originating in Master’s thesis research, this transition from theory to wearable form is particularly significant. Flow Moiré shows how academic investigation can move beyond the page and become something physical, perceptual, and alive.
Follow the Designer
Tsung-Lin Lu is a fashion designer based in Taiwan, having recently completed his Master's degree at the Institute of Textiles and Clothing, Fu Jen Catholic University. Specializing in the intersection of optical art and fashion, his work explores innovative fabric manipulation, silkscreen printing, and precise draped garment construction to create dynamic visual experiences through apparel.
Social Media: https://www.instagram.com/tsunglinlu_com/
