Skip to content
Nataliya Naymark's Matisse Blue Lamp commands the composition through its sculptural botanical form, wherein five organic petal-shaped luminous elements radiate from a central armature of curving…

Matisse Blue Lamp by Nataliya Naymark is a highly esteemed winner of the very prestigious 2026 Bronze A' Design Award in Lighting Products and Fixtures Design Competition Category.


BronzeLighting· 2026

Matisse Blue Lamp

by Nataliya Naymark

Client: NNaymark.design

Bronze A' Design Award Winner in Lighting Category

8,487

Verified Award Winner

Verify Award Status for #181604

Colors

The Design

About Matisse Blue Lamp

The Matisse Blue lamp is a lighting system based on the paper cut outs of Henri Matisse. Built with matte black metal and blue tyvek, the design has rounded shades that attach to a central stem. Internal led strips spread light through the material, combining shape and color into a functional object. The piece provides light through a simple structure, aiming to balance art heritage with modern materials.

The Recognition

About the Bronze A' Design Award

Matisse Blue Lamp is a Bronze A' Design Award winner, a highly prestigious recognition granted to outstanding designs distinguished by creativity, ingenuity, and astuteness. Bronze winners are amply skillful and strikingly creative artifacts that authenticate the vast experience, imagination, and resourcefulness of their designers. Matisse Blue Lamp is expected to be a highly regarded, admired, and cherished object that is notably professional and innovative. This Bronze A' Design Award-winning design incorporates best practices in art, science, design, and technology, and is excellent for its attention to detail. Matisse Blue Lamp splendidly satisfies needs, touches desires, charms feelings, and appeals to curiosity.

Interviews

Design Interview

What is the main principle, idea and inspiration behind your design?

The main principle behind this design is the seamless blending of vibrant, fine-art expression with a highly functional, interactive modular system.

The primary inspiration comes from the bold, expressive paper cut-outs of Henri Matisse, specifically his 1913 masterpiece The Blue Window. I wanted to capture that electric, signature ultramarine blue and translate the fluid magic of his two-dimensional silhouettes into a volumetric, three-dimensional light source.

The core idea was to turn this artistic inspiration into a dynamic industrial product using an innovative modular system built around a matte black steel core. It allows the object to have a true "wow effect" in an architectural space, giving the lamp the ability to literally "grow," changing its height, density, and sculptural presence as more parts are added over time. It is an exploration of how a biomorphic, organic form can be completely adapted to modern, contract-grade lighting function.

What has been your main focus in designing this work? Especially what did you want to achieve?

My main focus in designing this work was to push past the boundaries of a static product and achieve a balance between mastering a challenging design language and engineering true modular flexibility.

On a creative level, working with purely biomorphic, organic shapes has always been a massive personal and professional hurdle for me. My primary focus was to confront this difficulty head-on. I wanted to achieve a fluid, natural silhouette that felt alive and sculptural, forcing myself to step out of my comfort zone to balance the organic contours of hand-cut paper with structural integrity.

On a technical level, I wanted to achieve a true modular "wow effect" that allows the lamp to interact with an architectural space dynamically. I focused heavily on engineering a system around a central steel spine that lets the user alter the lamp's height, density, and volumetric presence over time. To make this possible, I channeled four years of dedicated material research into heat-forming Tyvek, focusing on transforming a high-strength synthetic sheet into a soft, glare-free diffuser that mimics the delicate texture of paper while remaining entirely durable and contract-grade.

What are your future plans for this award winning design?

My immediate plan is to continue exploring the creative boundaries of this lighting language and develop a "Matisse 2.0" evolution of the design. Because organic, biomorphic forms are a continuous challenge for me, the process of making this first lamp sparked a completely new idea for an altered, even more fluid silhouette. I want to build upon the technical foundation of the modular steel spine and the heat-formed Tyvek techniques I have spent years perfecting, but apply them to a completely fresh aesthetic composition.

Read the Full Interview

Grand Interview

The Matisse Blue Lamp is a genuinely rare achievement in that it attempts to translate the two-dimensional language of an iconic artist's paper cut-outs into a functional, three-dimensional light source, a conceptual ambition that most designers would not dare to attempt so directly. Could you take us back to the very beginning of this project and describe the specific moment when you understood that light, rather than mass or surface, would be the material through which Henri Matisse's visual language could be reborn in a contemporary domestic object?

The conceptual spark for this project was instantaneous: the moment I encountered The Blue Window, I knew immediately that it had to be a lamp, and I knew it had to be blue. There was no hesitation about the medium or the color; the true challenge lay entirely in the evolution of the form. To translate that flat, iconic silhouette into a living three-dimensional object, I began an intensive hands-on process of physical prototyping, working through countless iterations of white paper foldings. It was during this rigorous manipulation of paper that the structural logic of the form finally revealed itself. The material tactile analogue was right there in my hands from the very start—and while the final transition to synthetic Tyvek introduced a completely different level of technical performance and durability, the core spatial language was born directly from those raw paper explorations.

The Matisse Blue Lamp has resonated with audiences who are increasingly hungry for objects that carry genuine cultural and intellectual depth rather than purely decorative appeal. How does the Matisse Blue Lamp navigate the boundary between being a work of art and serving as an everyday functional lamp, and in what ways did you design that boundary to feel porous rather than fixed in the lived experience of someone sharing a room with the piece?

The boundary between art and object is seamless because Matisse himself already elevated these silhouettes into fine art. When the lamp is turned off during the day, it functions purely as a sculpture; its form naturally commands the space and honors his iconic lines without needing illumination.The transition to daily functionality comes down to how the light interacts with the scale of the object. Lampshades are always a critical element in lighting design, but because the shade for Matisse Blue is so massive, I had to ensure the light itself didn't get swallowed up. My main objective was to keep the light clearly visible and impactful, using the massive volume of the shade to create an indirect, uniform glow. This creates a porous boundary where the piece never stops being art, but provides more than enough clear, functional light to illuminate a living space.

The decision to construct the shades of the Matisse Blue Lamp from a non-woven synthetic material rather than glass, fabric, or traditional paper is quietly radical, given that this industrial material carries no obvious art historical associations. What specific properties of this material revealed themselves during your testing process that made it irreplaceable for achieving the precise quality of glow and the tactile memory of hand-cut paper that the Matisse Blue Lamp required?

To me, exploring new materials isn't quietly radical—it is simply the fundamental work of a designer. The decision to use this specific material wasn't a sudden, risky leap; it was actually quite easy because I have been deeply researching and testing its structural capabilities for several years. I know exactly how it works, how it reacts to heat-forming, and what it is capable of achieving structurally.When translating Matisse's fluid silhouettes into a physical product, I simply didn't see any other material that I could trust as much to execute the vision. It bridges the gap perfectly: it provides the raw, tactile aesthetic of hand-cut paper that honors the artwork, while delivering the high tensile strength, durability, and uniform light diffusion required for a safe, high-performing contemporary light fixture.

Read the Full Interview

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties
Matisse Blue is a modular floor lamp made of drop-shaped shades on a metal core. Each part attaches to the stem and is lit by internal led strips placed along the upper curve. This leaves the lower part of the shade in shadow, creating a sense of depth. The modular system allows more parts to be added, so the object can change in height and density over time.
Dimensions & Packaging
1000mm * 1000mm * 1500 mm
Tags
Matisse Blue, Dupont Tyvek Lighting, Organic Sculpture, Henri Matisse, International Klein Blue, LED Floor Lamp, Paper Cut-out Aesthetic, Biomorphic Design, Functional Art, Modernist Lighting
Production Technology
The frame is made from steel with a matte black finish. A central spine holds the light strips. The shades are made from tyvek, a material chosen because it is strong and spreads light evenly. Each shade is heat-formed to keep its rounded shape while looking like hand-cut paper. The parts use simple attachments so the lamp looks like it is expanding naturally.
Design Challenge
The main task was to find the right blue glow without losing the texture of the material. We had to balance the rounded shapes with the structural needs of a tall floor lamp. We also had to manage the small amount of heat from the lights to keep the material safe. Finally, we worked on the modular joints so that adding new parts felt natural and not mechanical.
Research
This study looked at how to use color and light technology together. The goal was to move from 2D silhouettes to 3D volumes. We tested different ways to fold the paper-like material and calibrated the light colors to match a specific blue. We used full-scale models to check how light spreads. The results showed that tyvek can look like art paper while staying safe and durable for home use.
Inspiration
This lamp is based on the paper cut-outs of Henri Matisse. The goal was to turn 2D shapes into 3D light. The blue volumes are shaped like leaves or petals that attach to a dark stem. The structure follows a natural growth pattern, aiming to find a balance between art and daily use.
Project Duration
autumn 2025, Israel
Operation Flow
The lamp works as a light source and a visual focal point. As a person moves around the object, the overlapping shapes change their appearance, similar to how paper cut-outs look in different spaces. The light strips create a soft glow through the synthetic paper, filling the room with a blue tone. It provides light without glare from any angle.
Team Members
Nataliya Naymark

Sponsored

Explore Beyond Designers.org

Discover products, services and opportunities from our advertising partners.

Good Design Deserves Great Recognition

The A' Design Award is an international, juried accolade for good design. Take part in the A' Design Award to get an opportunity to earn meritocratic recognition, gain fame, prestige and publicity for your work. Nominate your work for the A' Design Award and compete for the coveted A' Design Prize.

Nominate