Interviewe mat Nataliya Naymark

My journey as a product designer is shaped by a unique convergence of technical discipline, strategic digital design, and a relentless passion for physical materials. I come from a strong physical-mathematics background, graduating with a golden medal from an intense mathematics high school where I mastered mechanical drawing over the course of eight years. This early education deeply instilled in me a lifelong love for geometric patterns, rigorous structures, and finding analytical solutions to complex design challenges.

Before transitioning into physical product design, I spent over a decade working as a digital strategist and UX strategist for prominent agencies and media companies like Red Keds and Condé Nast, even teaching UX strategy at the British School of Design. This extensive background in user experience means I always approach design with a focus on ergonomics, human behavior, and sustainability. Because my formal university degrees are in Economics and Digital Marketing, I look at every object through the eyes of the consumer, ensuring that artistic expression always aligns with functional and market viability.

Over the last seven years, I have operated as a self-taught product designer, aggressively expanding my skills through intensive, specialized coursework. I have studied furniture design at Central Saint Martins, manufacturing processes at MIT, and architectural history through HarvardX and MoMA. To deeply understand the physical reality of my work, I have taken hands-on design courses in carpentry, 3D modeling in Rhinoceros, and lighting practice—even collaborating on lighting exhibitions for prominent institutions like the Moscow Museum and the Gilyarovsky Museum.

Today, my independent practice, NNaymark Design, is focused on deep material exploration and geometric relief. This year has been an incredibly rewarding milestone for my studio, as this multidisciplinary approach has been recognized on the global stage by the A' Design Award and Competition. Receiving three distinct accolades—an Iron A' Design Award for the Nakovalnya Chair, and Bronze A' Design Awards for both the Matisse Blue Lamp and the Madonna Tile Collection—has been a profound validation of my journey. For me, creating products is about bridging the gap between mathematical logic, user-centered ergonomics, and tactile material beauty.

My transition into product design was driven by a powerful internal pull to create tangible, lasting objects after a highly successful career in the ephemeral digital world. Spending more than a decade as a digital and UX strategist taught me how to deeply analyze human behavior, ergonomics, and consumer needs. Yet, I felt a growing desire to translate that user-centered philosophy into physical form—to create things that people can touch, feel, and live with in real space.

My interest in structure and spatial design began early, rooted in my physical-mathematics education and eight years of intensive mechanical drawing. That technical training gave me a deep appreciation for geometric systems, patterns, and analytical problem-solving. Additionally, design runs in my blood; my great-grandfather was a professional blacksmith, and his legacy of shaping raw materials with precision and purpose provided a strong conceptual foundation for my own creative drive.

When I decided to pivot into physical design seven years ago, I chose the challenging path of being self-taught, treating my transition as an intense, self-directed university program. Instead of relying on a single school, I curated an advanced education from the world’s leading institutions. I built my foundation by studying drawing, composition, and prototyping in long-term, intensive private study. From there, I systematically filled my technical and historical gaps: studying furniture design at Central Saint Martins, learning the fundamentals of manufacturing processes at MIT, and diving deep into architectural and design history through HarvardX, MoMA, and specialized courses on modernist design movements like the Bauhaus and Vkhutemas.

To bridge theory with physical execution, I took hands-on design courses in carpentry and 3D modeling in Rhinoceros, forcing myself to understand how materials join together. I also immersed myself in practical lighting design, collaborating on immersive museum exhibitions.

Ultimately, what drove me to become a designer was the conviction that good design brings harmony, order, and quiet beauty to everyday life. My journey has been a deliberate, step-by-step assembly of technical drawing, digital user-experience strategies, and rigorous physical prototyping—all driven by an internal motivation to create thoughtful, production-aware objects that respect both the consumer and the material.

My approach to design is a balanced intersection of mathematical logic, user-centric ergonomics, and tactile material experimentation. When developing a new product or architectural system, my process is anchored by three primary priorities:

Human-Centered Ergonomics and Functionality: Drawing directly from my extensive background as a UX strategist, my first priority is always the end consumer. I analyze how an object interacts with human behavior and its surrounding space, ensuring that comfort, usability, and sustainability are embedded into the design from the very first sketch.

Geometric Logic and Structural Purity: Influenced by my physical-mathematics background and years of mechanical drawing, I prioritize clean lines, mathematical patterns, and structural order. I look for systemic, modular solutions where the geometry itself provides the aesthetic value.

Material Integrity and Production Awareness: I design with a deep respect for industrial manufacturing constraints and material realism. A project is only successful if it respects the physical properties of its medium and can be realistically produced and scaled.

Style and Central Themes

My design style can be described as an industrial-aware exploration of geometric relief, heavily influenced by modernist architecture, Scandinavian minimalism, and the structural purism of early 20th-century avant-garde movements like the Bauhaus and Vkhutemas.

The central keystone that connects all of my projects is the exploration of depth and volumetric surface texture. Whether working with modular ceramic tiles, lighting, or furniture, I focus on how light and shadow interact with a physical form to create a dynamic sensory experience without relying on superficial, applied ornamentation.

Technique: Digital Precision Meets Physical Prototyping

My technique relies on a seamless hybrid of computer-aided design and intensive physical mock-ups. When approaching a new project, I begin with rigorous analytical research, sketching, and precise technical drawing to map out the geometric system.

From there, my workflow moves fluidly between digital and analog tools:

Digital Tools: I rely on advanced digital modeling software like Rhinoceros 3D and AutoCAD to calculate exact tolerances, refine complex curvilinear modules, and generate technical drafts.

Physical Mock-ups: I believe a design cannot truly be understood until it exists in the physical world. I spend a significant amount of time in my studio creating hands-on prototypes, structural mock-ups, and experimenting directly with materials—whether analyzing the behavior of technical fabrics like Tyvek, working through carpentry details, or shaping porcelain models.

This combination allows me to ensure that the final product achieved on the computer screen translates perfectly into a beautiful, functional, and production-ready physical reality.

My approach to design is a balanced intersection of mathematical logic, user-centric ergonomics, and tactile material experimentation. When I am developing a new product or architectural system, my process is anchored by three primary priorities that I constantly balance. First and foremost is human-centered ergonomics and functionality, a priority that draws directly from my extensive background as a UX strategist. I am hardwired to analyze how an object interacts with human behavior and its surrounding space, ensuring that comfort, usability, and sustainability are embedded into the design from the very first sketch. Alongside this, I give immense importance to geometric logic and structural purity, an influence from my physical-mathematics background and years of technical drawing. I am always looking for systemic, modular solutions where the geometry itself provides the aesthetic value. Finally, I design with a deep awareness of material integrity and production reality; a project is only truly successful if it respects the physical properties of its medium and can be realistically manufactured and scaled.

My aesthetic style can be described as an industrial-aware exploration of geometric relief, heavily influenced by modernist architecture, Scandinavian minimalism, and the structural purism of early 20th-century avant-garde movements. The central keystone that connects all of my projects is the exploration of depth and volumetric surface texture. Whether I am working with modular ceramic tiles, lighting, or furniture, I focus entirely on how light and shadow interact with a physical form to create a dynamic sensory experience without relying on superficial, applied ornamentation.

To bring these ideas to life, my technique relies on a seamless hybrid of digital planning and intensive physical mock-ups. When approaching a new project, I begin with rigorous analytical research, sketching, and precise technical drawing to map out the geometric system. From there, my workflow moves fluidly between digital and analog tools. I utilize AutoCAD for precise technical drafting to calculate exact tolerances and map out complex curvilinear modules, with plans to transition into Blender for my upcoming 3D modeling and visualization workflows. However, I believe a design cannot truly be understood until it exists in the physical world. I spend a significant amount of time in my studio creating hands-on prototypes, structural mock-ups, and experimenting directly with materials—whether analyzing the behavior of technical fabrics, working through carpentry details, or shaping porcelain models. This combination ensures that the final product achieved during the planning phase translates perfectly into a beautiful, functional, and production-ready physical reality.

Looking back at my path, the aspects of my background that shaped me most are entirely non-design disciplines, paired with the unique rhythms of my daily life. My journey began with an intensive physical-mathematics education and eight years of mechanical drawing, finishing with a golden medal. Following that, I earned degrees in economics and digital marketing, and spent over a decade working as a digital and UX strategist for prominent media companies and agencies. This unconventional trajectory meant that when I committed to a self-taught path in product design seven years ago, I wasn't starting from scratch; I was translating a massive toolkit of technical drawing, strategic consumer analysis, and ergonomic research into physical forms.

This journey highlights what I believe are the most valuable non-design skills any creator should possess: user experience strategy, market empathy, and strict time-management under real-world constraints. Because I have two children to take care of during the day, my design work happens almost entirely in the evenings. This reality has forced me to develop a high level of self-discipline and strategic efficiency. My UX background allows me to instantly look at an object through the eyes of the consumer, while my economics training brings a crucial awareness of production reality. These non-design skills are beneficial because they ground artistic intuition in functional execution, ensuring that the limited, precious hours I have at night are spent creating objects that are viable, ergonomic, and built to endure.

In terms of creative influence and my journey up to now, my work is shaped by a beautiful contrast between rigorous logic and spontaneous discovery. On one hand, I am deeply influenced by a heritage of raw craftsmanship—my great-grandfather was a professional blacksmith, and his legacy of shaping materials with precision serves as a core conceptual foundation when I design physical objects. On the other hand, my daily practice is heavily fueled by an ongoing, self-directed education. I have a massive soft spot for streaming design history lectures while working with my hands. As I listen, I constantly pause to map out new ideas, bridging historical concepts with my own contemporary style. In fact, my current visual language was recently shaped by a pure accident: I found a perfect, unexpected color scheme inside one of my old watercolor boxes, and that exact palette is now a signature element anchoring all of my new project sketches. My journey has been a deliberate, step-by-step assembly of these diverse worlds—moving from mathematical formulas and digital screens to evening sketchbooks and physical prototypes.

My creative growth path is focused on breaking away from traditional constraints and pushing the boundaries of form and material utility. As I look to the future of my independent practice, NNaymark Design, my main goal is to experiment with as many new materials as possible. I want to prove that modern, alternative materials can be just as enduring and beautiful as traditional ones. Too often in the design world, we discover incredible new materials but get stuck forcing them into old, familiar shapes. I believe that a new material should dictate a completely new form, pushing us to create structures that have never been seen before. Transitioning into Blender for my 3D modeling and visualization is a key part of this path, as it will give me the digital freedom to map out these complex, unconventional geometries before bringing them into the studio.

So far, the project I am most proud of is the Madonna Tile Collection. Today, architectural and construction patterns have become a bit too simple and uniform. With Madonna, my goal was to inject something whimsical back into structural design, proving that geometric systems can be deeply engaging and full of personality.

My future plans are to continue bringing this sense of structural play and material reincarnation to life. My absolute dream project is to design a collection using authentic, used Formula 1 parts. I have a deep love for the engineering, history, and raw materiality of F1 components, and I want to give those high-performance elements a completely new life as functional art or furniture pieces. Ultimately, I want to be remembered as a designer who refused to stay stuck in old forms—someone who brought a whimsical, analytical, and production-aware perspective to the physical world, showing that any material can be transformed into beautiful, enduring design.

The absolute biggest hurdle you will face at the beginning of your career is a deep, agonizing impatience. If you are a true designer, you are going to experience this overwhelming frustration where you just want your things to become real, right now. It is easy to feel defeated when your ideas are stuck in a sketchbook or on a computer screen because you don't have the manufacturing resources, the budget, or the machinery yet to build them. My advice is to embrace that frustration. Don't view it as a weakness; that burning desire to see your work exist in the physical world is the exact engine that will push you through the exhausting hours of learning.

Use that impatience to fuel a strict, self-directed education. You don't need to wait for a perfect opportunity to start building your technical toolkit. When I transitioned into product design, I systematically built my own path by taking advanced courses from institutions like Central Saint Martins and MIT. You have to learn how to draft precisely in programs like AutoCAD, but you also need to get your hands dirty with actual materials.

My biggest warning to young designers is to fight against the pressure to conform to safe, boring shapes. When the industry tells you to keep everything overly simple, fight for a sense of play. In my Madonna Tile Collection, I deliberately brought something whimsical into structural construction patterns because design should have personality. When you discover new, cutting-edge materials, don't force them into old, traditional forms. Let the material itself dictate a brand-new shape.

Lastly, be realistic about your daily life and find a rhythm that protects your creative energy. Because I take care of my two children during the day, my design work happens almost entirely at night. I need absolute silence when I am doing precise mathematical calculations or writing at the computer, but when I am working with my hands, I keep the monotony away by streaming design history lectures. I sketch constantly during those lectures, and I keep my eyes open for accidental inspiration—like the time I found a perfect color scheme hidden inside an old watercolor box that now anchors all my sketches. Success doesn't happen overnight, but if you maintain your self-discipline, protect your whimsical ideas, and let that hunger to create real, physical objects drive you forward, you will build a career to be proud of.

The single most important professional practice I can share is to learn how to forgive yourself when you hit a wall, and to trust the natural cycle of rest. In the creative industries, there is an intense, toxic pressure to constantly produce, which leads to a common bias that if you aren't working, you are failing. There will be times when you feel like you utterly cannot do it anymore—moments of exhaustion where you genuinely believe you are done, empty, and will never design anything ever again. When that happens, the best professional shortcut is to simply stop. Give yourself permission to completely rest for several days. Trust that the pause is part of the process, because a few days later, you will invariably find yourself drawn back to the studio, sketching and creating all over again. The passion always returns if you give it room to breathe.

Beyond managing your energy, a critical principle for refining your practice is to let materials dictate form rather than forcing them into traditional shapes. When exploring new or unconventional mediums, avoid the safe bias of repeating old geometries. Let the physical reality of the material push your design into uncharted territory. At the same time, resist the industry trend toward clinical oversimplification. Even within highly structured, geometric, or production-aware designs, always strive to preserve a element of the whimsical. Infusing a sense of play into structural patterns elevates an object from a standard product to a piece of memorable design.

Finally, optimize your technical environment so it supports your personal workflow. Don't feel pressured to work according to someone else's ideal schedule. If your life requires you to design in the evenings, embrace that rhythm. Divide your tasks by your mental state: dedicate quiet, silent windows to heavy data, precise counting, or writing at the computer, and save your hands-on prototyping or material testing for times when you can stream design history lectures in the background. Let your daily life feed your work, stay open to accidental inspirations—like an unexpected color palette found in an old box of watercolors—and remember that true professional longevity comes from respecting your own boundaries and letting your creativity rest when it needs to.

My daily rhythm is shaped by a very clear, natural boundary between my family and my craft. Because I have two children to care for during the day, my dedicated studio hours don't start in the morning—they begin in the evening when the house finally goes quiet. This boundary has actually become a hidden strength; because my night hours are limited, I don't waste time scrolling through endless design news or social media feed distractions. I sit down and dive straight into the work.

My nightly workflow is split into two completely different headspaces. The first half is quiet and deeply analytical. When I am handling complex geometric counting, plotting out precise measurements, or writing project descriptions, I need absolute silence to focus on the numbers and the logic.

The absolute best part of the day, and the thing that brings me the most excitement, is when the heavy mental work is done and I get to transition into the tactile world. Moving away from the glowing screen to actually work with my hands, test physical forms, and play with raw materials is incredibly fulfilling.

To break up the quiet monotony of repetitive handwork, I love to stream design history lectures. Listening to how historical movements evolved naturally sparks my own imagination, and I often find myself pausing to sketch entirely new concepts right there in the dark. Finding joy in those little things—like catching a perfect color scheme hidden inside an old watercolor box or watching a playful, whimsical pattern come to life after hours of calculation—is what keeps me going. It’s a quiet, evening rhythm balanced between strict logic and spontaneous artistic play.

To me, treating furniture design like a seasonal trend is a massive mistake. Designing a piece just because it is "hip" this season is like buying a fast-fashion t-shirt that you throw away a few months later—it shows a complete lack of care for nature and the environment. Trends are transient and disposable, but true design should have a sense of permanence and longevity. Because of this, I don't focus on chasing curated trend forecasts or trying to make my work fit into temporary market aesthetics.

However, ignoring seasonal trends doesn't mean closing your eyes to the design world. I absolutely love watching the emergence of new forms and innovative material experimentations. When I see an incredible piece of work by another creator, I often experience a deep sense of creative jealousy—that wonderful, inspiring feeling of wishing I had thought of that concept first.

Instead of letting that feeling pass, I use it as a puzzle. I immediately start analyzing the object, constantly thinking about how I could apply that same spark to a completely different material or an entirely new form. It is about taking the essence of what made me jealous and translating it through my own creative lens. By focusing on the evolution of materials and forms rather than fleeting seasonal fads, you can create a distinctive product family that feels fresh, intentional, and entirely your own.

For me, the definition of good design is rooted entirely in sensory comfort and clear contextual purpose, rather than abstract aesthetic theories. How I evaluate a project depends heavily on whether I am experiencing it offline in the physical world, or online through a digital presentation.

In the physical world, the ultimate gatekeeper of good design is tactile comfort. While traditional design principles often prioritize ergonomics first, the reality is that ergonomics do not matter if the material itself is wrong. As an autistic individual, if a material feels terrible, uncomfortable, or jarring to the touch, the object becomes unusable, no matter how mathematically perfect its structure might be. My very first physical contact with an object decides everything: the tactile experience must invite use, not repel it.

When evaluating a project online or digitally, good design is defined by how clearly it answers the questions of "how" and "why" it serves a user's needs. A very common mistake in digital portfolios and design presentations is showing a massive, complex project—such as a large-scale chair surrounded by intricate craftsmanship—entirely in isolation. When a project is presented that way, it fails because it doesn't explain how it actually fits into a living interior or why it exists beyond simply standing there as a static sculpture.

Ultimately, a project or product achieves good design when it respects the sensory boundaries of the person touching it, and explicitly demonstrates its purpose and utility to the person viewing it. If it fails to connect with human touch or fails to explain its place in a real environment, it fails completely.

I am not a perfectionist who keeps an open tab in my mind to edit a project forever. Unless a design is bought and requires client-driven revisions, I find it very easy to complete a project and move on to the next one. This is because my editing process doesn't happen at the end; it happens naturally throughout the distinct production phases that the product must pass through.

My workflow follows a strict, sequential progression:

The Initial Sketch where the concept is born.

The Technical Drawing where dimensions and geometry are locked in.

The Physical Scale Model (Макет) to test spatial reality.

The Prototype to check materials and physical presence.

Color-Matching and Material Fitting to finalize the sensory experience.

The Final 3D Visualization which serves as the definitive completion point.

Every single time a project moves from one of these phases to the next, it naturally forces necessary edits and corrections. Because I address technical, material, and structural challenges step-by-step as they arise, the design refines itself along the way. By the time I finish the final 3D visualization, the evolution is complete and the design is ready.

Furthermore, I don't need to rely on abstract frameworks like a Lean Canvas at the very end to check if a product fits the Target Audience. Because of my professional background as a UX strategist and marketing specialist, I am incapable of thinking any other way—I design with a real, living person in mind from the very first sketch. A project becomes a success for me when it successfully survives this rigorous transition from a mental concept into a physically realized, user-focused object, without losing its original soul.

My biggest and most significant work to date is the Taita Lamp, a light installation that explores the architecture of a fold as a direct means of controlling light. Heavily inspired by the clean aesthetics of Scandinavian minimalism and the deep philosophy of Japanese craftsmanship, the project reinterprets classical forms through parametric design. The rhythmic surface, crafted from a single sheet of material, transforms light into a tangible, sculptural texture where the geometry of the folds serves a functional purpose—softly diffusing light, creating a deep play of shadows, and giving the object a monumental, sculptural presence.

What makes this project my biggest achievement—and the one I am most proud of—is the endless, exhaustive craftsmanship required to physically bring it to life. The lamp is constructed from an innovative paper composite based on natural cellulose and latex, chosen to provide durability and structural strength while remaining exceptionally lightweight.

However, translating this concept into a flawless physical reality presented an immense technical challenge. Because the entire structure relies on a single continuous sheet, there was no room for error. It required a punishing, endless cycle of testing with different folding techniques, analyzing how different material weights reacted, and constantly failing and restarting to find the exact, precise sequence of production stages (последовательность этапов) that would allow the folds to hold their parametric geometry perfectly.

The ultimate satisfaction of the Taita Lamp comes from that rigorous journey. It is a piece where complex geometric theory had to be balanced with manual, physical endurance, resulting in a light installation that feels both deeply intentional and structurally alive.

My appreciation for design is an evolving journey rather than a static choice. When I first started, I was captivated by the strict geometry of Bauhaus. As I discovered Vkhutemas, my admiration shifted toward the radical energy of creators like Melnikov, Rodchenko, Bykov, and Tatlin. Later, encountering Ettore Sottsass sparked a total love affair with the Memphis style, inspiring several of my own pieces. Currently, my focus has returned to Modernism, drawing inspiration from Alvar Aalto’s unique sensitivity to materials, Pierre Jeanneret’s blending of folk crafts with French conciseness, and the brilliant work of Charlotte Perriand. I also find myself deeply drawn to the quiet, intentional intersections of Scandinavian minimalism and Japanese craftsmanship.

However, if I have to name the one designer who feels like my true "creative ghost"—the person whose history and work resonate with me on the deepest personal level—it is Eileen Gray.

Discovering Eileen Gray was a profound revelation for me, particularly because of the shared connection of navigating the world as an autistic individual. When you look at her history, she designed with an incredible, meticulous focus at a time when the male-dominated industry barely recognized her as a furniture designer. She was vastly overlooked, and her groundbreaking contributions were frequently overshadowed by her male contemporaries.

Even today, looking at the landscape of professional design, it often feels like men are default-defined as "better" or more serious designers than women. The industry has not changed nearly as much as it needs to. Eileen Gray is my favorite designer because her work represents pure, uncompromising genius that survived isolation and systemic erasure. She is a reminder that a designer's true impact lies in their unique, internal vision and their persistence to create, even when the world fails to see them clearly.

I currently live and work in Belgrade, a city defined by an intense, raw architectural friction. While the city is widely known for the heavy, dramatic weight of its post-war brutalism, the cultural layer that captures my heart and creative imagination the most is its interwar modernism from the 1920s and 1930s. I am deeply captivated by the buildings from this era—characterized by their elegant, streamlined forms, rounded corner balconies, and distinctive round porthole windows that make the structures look almost like landlocked ocean liners.

To my own frustration, one of the most difficult parts of my current creative life is how much I love this specific style versus how little I have been able to explore it in my own portfolio. I am so in love with the fluid, geometric elegance of Belgrade’s 1930s modernism that it genuinely bothers me that I haven’t designed a single project in this style yet. It remains an open creative ambition that I am constantly waiting to tackle.

Ultimately, I believe good design is an absolute necessity for the advancement of society because it dictates the quality of our daily visual and sensory life. Thanks to my design background, I have introduced small but deeply positive, incremental changes to my own lifestyle by forcing myself to slow down and analyze the structural details of my surroundings. Walking through Belgrade and observing how these historic, curved facades handle light and shadow keeps me grounded. Even if I haven't translated this specific architectural language into a physical product of my own yet, the city’s rich visual texture constantly feeds my creative reservoir, pushing me to ensure that whatever I build next respects both history and human scale.

My business philosophy is rooted in a deep respect for cross-disciplinary collaboration and the belief that every single person on a team matters. Having previously worked in marketing and UX strategy, I know firsthand the immense value of collaborating with other sharp professionals. Nowadays, operating as an independent designer, that high-level professional camaraderie is the thing I lack and miss the most.

I firmly reject the idea that a designer should work in a silo. I believe that an engineer, a technician, or a craftsman can look at a design and point out a complex technical challenge that ultimately forces a much more brilliant, functional solution. When selecting partners or looking at people to work with, I don't look for yes-men; I look for professionals who will challenge the design to make the final product better.

Currently, because I largely work alone, I find that vital external challenge in my mentor for technical drawing and prototyping. When a physical model or a complex drawing doesn't work straight away, it can be deeply frustrating and upsetting. However, my professional philosophy is to never panic during those blocks. I’ve learned to accept the frustration, step away, and just "sleep on the annoying part." Without fail, the ideas and iterations that come the next morning are always vastly superior. A good designer must have the humility to let their work be challenged and the patience to let a difficult problem rest until the right solution reveals itself.

As an independent designer running a focused, individual studio, my approach to contributing to society is grounded in direct, human-scale actions rather than grand institutional philanthropy. I believe the most impactful way a designer can give back to the community is by being completely transparent and generous with their knowledge. The design world can often feel incredibly gatekept, shrouded in abstract theories that hide the messy, grueling reality of physical production.

Whenever I interact with younger or emerging designers, my contribution is to strip away that pretension. I openly share the hard-earned lessons from my own workflow—the endless material testing, the frustrating failures of early prototypes, and the reality of navigating the business side of design. Democratizing this practical, phase-by-phase knowledge is a vital form of mentorship that helps the next generation survive the steep learning curve of this profession.

When it comes to humanitarian or pro bono work, I have immense respect for designers and architects who dedicate themselves to these initiatives, provided the work genuinely serves the community rather than just acting as a public relations exercise for the creator. For my own part, my philosophy on "good design" is inherently tied to a social responsibility: I design with a real, living person in mind from the very first sketch. Rejecting thoughtless consumerism in favor of creating highly intentional, durable, and user-focused objects is, in itself, a commitment to making our shared visual and material culture better. True design philanthropy is about ensuring that what we put out into the world has a soul, respects human anatomy and psychology, and is built to last.

I actually have to thank Kibardin who helped a lot for me to participate in this award. He taught about importance of reading all the papers carefully. Participating in the A’ Design Award has been a deeply validating milestone in my professional journey. Receiving an Iron Design Award for the Nakovalnya Chair, alongside Bronze Design Awards for both the Matisse Blue Lamp and the Madonna Tile Collection, provided a powerful sense of affirmation. When you spend months isolated in a studio—navigating endless material trials, structural failures, and grueling technical stages—it is incredibly rewarding to have an international jury of experts look at your final physical pieces and validate that effort. Being recognized as a "Designer of the Day" serves as a brilliant spotlight, taking an individual design practice out of the shadows of the workshop and placing it onto a global stage.

From my experience, there are three main benefits to participating in major design awards and competitions:

Rigorous Skill Calibration: Preparing an entry forces an intense level of professional discipline. To present a piece effectively to an elite panel, you have to dissect your own creation—stripping away internal notations to write precise technical explanations, refining your phase-by-phase documentation, and clearly articulating your material choices. This forced self-analysis sharpens your communication and fundamentally improves how you approach future design documentation.

Targeted Industry Visibility: For an independent designer, competitions bridge the massive gap between creating a brilliant object and actually getting it seen by the right people. Accolades act as a trusted stamp of quality that cuts through the noise, opening doors to manufacturers, collectors, and design galleries that would otherwise be exceptionally difficult to reach.

Peer Benchmarking and Community Integration: Being surrounded by top-tier global talent provides a clear, unvarnished look at where your work stands on a global scale. It pushes you out of your comfort zone, exposes you to innovative material applications, and connects you with a highly professional network of peers who share the same obsessive dedication to craftsmanship.

Ultimately, design competitions are vital because they celebrate the grueling, invisible process behind the finished product. They remind the industry that great design isn't just about a trendy aesthetic—it is about technical endurance, problem-solving, and the persistence to bring a complex vision into physical reality.It is huge honour to be between winners, as I don’t have any formal education , I am self-taught and during my education I didn’t have much of feedback about my way of thinking and designing. Having such a huge feedback and actually getting an award is amazing. I still have days when I wake up and check again that it wasn’t just a dream.

The main principle behind the Nakovalnya Chair is the fusion of architectural brutalism with a highly focused, sculptural approach to everyday utility. The core idea was to re-examine a specific functional typology—the classic valet chair—and transform it from a traditional, often clinical furniture piece into a heavy, narrative-driven structural anchor that visually organizes the space around it.

The inspiration for this design came from two distinct, powerful sources that bridged academic history with my own DNA. The initial spark was ignited during a design history lecture by Artem Dezhurko, where a slide of Hans Wegner’s iconic 1953 PP250 Valet Chair completely captivated me with its dual-purpose anatomy designed perfectly for hanging clothes. I wanted to synthesize that practical valet function with the raw, monumental aesthetic of brutalist furniture we explored in subsequent lectures.

However, the deeper, soulful foundation of the project belongs to my family heritage. The name Nakovalnya itself translates to "anvil," serving as a direct tribute to my great-grandfather, who was a professional blacksmith. His world was one of absolute self-reliance, populated by universal masters who forged heavy, industrial tools out of necessity, yet possessed the incredible delicacy to weave elegant, lace-like baskets from marsh reeds or carve intricate wooden objects. The Nakovalnya Chair is an intentional translation of that ancestral resourcefulness—bridging the weight and strength of a blacksmith's forge with refined, purposeful lines to prove that true design is born from a profound connection to the material.

My main focus in designing the Nakovalnya Chair was to bridge the gap between a heavy, monumental artistic form and a highly practical everyday function. Rather than creating a piece of furniture that simply sits passively in a room, I wanted to achieve a design that acts as a structural anchor, utilizing a bold aesthetic to actively organize the architectural space around the simple, tactile act of hanging garments.

On a deeper level, I wanted to achieve an uncompromising balance between structural weight and delicate purposefulness—a direct reflection of the design philosophy inherited from my ancestors. My goal was to channel the spirit of the universal masters in my family history, who could forge massive, heavy tools on an anvil but also weave incredibly delicate, lace-like baskets from marsh reeds. I wanted to prove that a brutalist, industrial form could possess that exact same dual nature: standing as a powerful, heavy sculptural object while executing its functional utility with absolute grace and precision.

My immediate goal for the Nakovalnya Chair is to transition it from an award-winning concept into a physical reality, and I am currently in discussions with skilled craftsmen who have reached out wanting to help me fabricate it. Because the design requires a deep understanding of structural weight and material execution, partnering with these specialists is the ideal path to honor the blacksmithing legacy behind the piece.

However, my plans are currently met with a layer of personal uncertainty. As someone who does not yet have a permanent home of my own, it is difficult to fully commit to a definitive production and distribution strategy right now. Because this chair functions as a heavy, permanent structural anchor for an interior, its physical presence is deeply tied to the concept of space and home. For now, my plan is to focus entirely on the prototyping phase with these craftsmen to perfect the physical form, while remaining open to licensing or production partnerships that match the stability and scale the design deserves.

The active realization of this project took five years, a deliberate and extended timeline that was essential to ensuring the final design was entirely and authentically a reflection of me. Because this chair carries such deep personal and academic significance, I refused to rush the process or settle for a superficial aesthetic.

The main point of dedicating those five years was to step back from passing trends, strip away external design noise, and look inward to find my own voice as an independent creator. It took time to fully process the design history that inspired me, experiment with the raw proportions of architectural brutalism, and connect those concepts to the blacksmithing heritage of my ancestors. Spending half a decade on a single concept allowed me to meticulously refine every line and curve until I knew, with absolute certainty, that the piece perfectly embodied my identity, my history, and my design philosophy.

This design was not commissioned; it was an intensely independent pursuit of an inspiration that bridged an academic spark with my own family DNA. The project was born out of a profound desire to re-examine a specific functional typology—the classic valet chair—and push it through a creative filter that felt entirely personal. When I first encountered Hans Wegner’s iconic 1953 valet chair during a design history lecture by Artem Dezhurko, I became obsessed with how a piece of furniture could sculpturally accommodate the simple, everyday act of hanging clothes. I felt a strong artistic urge to take that clever, utilitarian anatomy and completely recontextualize it through the raw, heavy forms of architectural brutalism.

On a much deeper level, I pursued this concept because I wanted to create a physical manifestation of my family heritage. The project became a deeply personal necessity to honor my great-grandfather, who was a professional blacksmith, and the legacy of the universal masters in my lineage. I chose to design the Nakovalnya Chair because I wanted to see if I could channel their philosophy of creating beautiful, soulful objects out of absolute utility and self-reliance, translating the industrial weight of a blacksmith’s forge into a refined, modern architectural anchor for an interior.

At the moment, the design is not being produced or used by another company. As an independent designer, I have developed this project entirely on my own. Looking ahead, my plans are evolving through a mix of exciting professional opportunities and realistic personal considerations.

I am currently in discussions with some highly skilled craftsmanship specialists who want to help me bring the chair to life, so my immediate focus is on working with them to realize the physical prototype. However, because I do not currently have a permanent home of my own, establishing a full-scale, independent production setup is not a practical step for me right now. Because of this, my ultimate intention is to find a strategic partnership. I am highly interested in leasing or selling the production rights to an established manufacturing company that has the specialized industrial capacity to properly scale the heavy, complex structural components of the chair, while I continue to oversee its creative direction and material integrity.

I chose to design a valet chair because I wanted to confront a highly specific, utilitarian furniture typology and push it to its absolute limits. A valet chair is inherently intimate; it interacts directly with the human routine and the clothes we wear, yet it is a form that is frequently overlooked or treated with clinical minimalism. I was drawn to the challenge of taking that practical, everyday necessity and entirely transforming its visual and structural presence within an interior.

What truly drove me to this specific type of work was the desire to explore the duality between physical weight and domestic utility. Influenced by architectural brutalism, I wanted to see if a heavy, monumental object could gracefully organize a space around the simple, tactile act of hanging garments. It allowed me to merge a profound academic fascination with a deeply personal family narrative. Designing a piece that mimics the industrial strength of an anvil gave me the perfect framework to channel my ancestral roots in blacksmithing, proving that a bold, structural anchor can beautifully coexist with the delicate needs of a modern living space.

Yes, the architectural and structural narrative of this work was shaped by two very distinct design influences. The primary catalyst for the chair's unique typology was the iconic PP250 Valet Chair designed in 1953 by Danish master Hans Wegner. Seeing its clever, dual-purpose anatomy during a design history lecture completely captivated me and made me want to explore how a piece of furniture could sculpturally accommodate the simple act of hanging clothes.

The second major influence came from the broader movement of architectural brutalism and modernist design, which we explored deeply in subsequent lectures. I wanted to take the functional concept of the valet chair and push it through a much heavier, monumental aesthetic. Rather than following traditional minimalism, I looked to the raw, expressive power of brutalist structures to turn the piece into a bold, sculptural anchor that commands and organizes the space around it.

The target customer for the Nakovalnya Chair sits at the precise intersection of high-end interior architecture and collectible, narrative-driven design. Because the piece functions as a bold, heavy structural anchor rather than a piece of disposable furniture, it is tailored specifically for clients who view interior spaces through a highly curated, artistic lens.

This includes interior architects and designers sourcing unique, statement-making, contract-grade pieces for upscale residential projects, executive offices, or boutique hospitality spaces where furniture is expected to actively organize and define the architectural layout. Additionally, the design appeals to design collectors and connoisseurs who appreciate functional art, architectural brutalism, and pieces with a profound, authentic backstory. Ultimately, it is for the discerning individual looking for a deeply personal, expressive object for a private dressing room, bedroom, or entryway—someone who values the tactile, daily ritual of interacting with an object that bridges the monumental weight of heritage with refined utility.

What sets the Nakovalnya Chair apart from other valet chairs or brutalist concepts is its unique ability to balance monumental, industrial weight with delicate, everyday functionality. While historical reference points like Hans Wegner’s valet chair approach the typology through lightweight, mid-century wood craftsmanship, and modern alternatives often favor clinical minimalism, Nakovalnya completely recontextualizes the form. It transforms what is traditionally a secondary, lightweight bedroom accessory into a heavy, narrative-driven structural anchor that commands an architectural space and organizes the room around the simple act of hanging garments.

Furthermore, the design is distinguished by the deep authenticity of its form, which avoids the superficiality of typical trend-driven brutalism. Rather than mimicking a heavy aesthetic purely for visual impact, the chair's massive, purposeful proportions are directly rooted in a genuine family heritage of raw craftsmanship. It embodies the specific philosophy of ancestral "universal masters" who could forge heavy tools on an anvil—the literal translation of Nakovalnya—while possessing the incredible delicacy required to weave intricate baskets from marsh reeds. This profound duality is engineered directly into the chair, allowing a bold, industrial shape to interact with fine textiles and clothing with absolute grace, separating it from purely sculptural objects that lack real-world utility.

The name Nakovalnya is a direct, intentional reflection of my family history and the structural soul of the object, translating from Russian to mean "anvil". I came up with the name because the chair's heavy, brutalist silhouette and its role as a solid structural anchor in an interior naturally mirror the physical weight and presence of a traditional blacksmith's anvil.

On a deeper level, the name serves as a proud tribute to my heritage and my great-grandfather, who was a professional blacksmith. Choosing this name was a way to ground a modern industrial design in the raw craftsmanship and absolute self-reliance of my ancestors. It symbolizes the core philosophy of the project: bridging the industrial weight and monumental strength of a blacksmith’s forge with the refined, purposeful lines of contemporary collectible furniture.

The development of the Nakovalnya Chair was driven by a focused and streamlined creative process, transitioning from raw ideas into hyper-precise technical execution.

The process began entirely with manual hand-sketching to capture the initial, brutalist silhouette and explore the proportions of the piece. To bring the concept into a digital space, I used Rhino3D. I chose this specific 3D modeling program because I felt that the bold, geometric nature of the Nakovalnya Chair provided the perfect, substantial form to truly test my skills and push the boundaries of the software.

Finally, the most critical phase involved moving into rigorous technical drawing. This is where I meticulously calculated every single dimension with super precision, remaking the drafts several times over to perfect the structural integrity. This absolute precision was essential to ensure that the heavy, monumental volumes of the chair would align flawlessly in physical reality and function perfectly as a stable valet structure.

The most unique aspect of the Nakovalnya Chair is its intentional duality—the striking contrast between its monumental, industrial weight and its delicate, everyday functionality. It takes architectural brutalism, a movement known for heavy and imposing structures, and applies it to a deeply intimate, utilitarian object designed to hold and organize delicate clothing. Instead of treating a valet chair as a lightweight, secondary accessory, this design transforms it into a powerful structural anchor that completely commands and defines the interior space around it.

This duality is not just an aesthetic choice; it is directly rooted in the authentic philosophy of my family heritage. The design honors ancestral master craftsmen who possessed the raw power to forge heavy tools on an anvil—the literal meaning of Nakovalnya—yet held the immense precision and delicacy required to weave intricate chakan baskets from marsh reeds. Embracing this heritage is what allowed me to spend five years refining the concept, ensuring that the final piece is not a superficial, trend-following object, but a deeply personal manifestation of structural strength executing a gentle household ritual with absolute grace.

I did not collaborate with any other designers on this project; the entire concept, 3D modeling, and hyper-precise technical drawings were developed completely by me as an independent designer. Spending five years on this single chair was a deeply solitary journey aimed at stripping away external design noise to ensure the final form was entirely a reflection of my own voice and design philosophy.

However, looking ahead to the physical production of the chair, I am actively moving into a phase of technical collaboration. Because the Nakovalnya Chair features heavy, monumental volumes that require mastery over industrial materials, I am currently in discussions with highly skilled craftsmanship specialists. I am working closely with these technical experts to properly execute the prototype, relying on their specialized skills to manipulate and realize the complex, heavy structural components while I maintain strict creative control over the material integrity.

Technology played a vital role in this design by acting as the precise bridge between a raw, artistic vision and structural reality. While the concept itself is deeply rooted in manual hand-sketching and a heritage of traditional craftsmanship, digital tools were essential to translate those fluid, monumental ideas into an object capable of being manufactured.

Specifically, Rhino3D served as a primary technological testing ground. I intentionally used this advanced 3D modeling software because the bold, geometric, and heavy volumes of the Nakovalnya Chair provided the perfect complex form to push the boundaries of the digital program. Technology allowed me to freely manipulate these substantial masses in a virtual space, testing how the brutalist silhouette would interact with light, shadow, and scale.

Furthermore, digital precision was the backbone of the technical drawing phase. Moving the design into a digital drafting environment allowed me to perform rigorous calculations and remake the technical specifications several times with super precision. This high level of technological accuracy was absolutely critical; it ensured that the massive, heavy proportions of the chair are engineered perfectly, balancing structural stability with the delicate, functional requirements of a valet chair.

The research behind the Nakovalnya Chair was not driven by quantitative data or market statistics, but rather by deep qualitative, academic, and technical exploration. The project relied on a rigorous three-tier research process that spanned historical typologies, ancestral documentation, and intensive structural engineering.

The foundation of the project began with academic research in design history, specifically sparked during a lecture on furniture typologies. I conducted an analytical review of the classic valet chair, studying how master designers like Hans Wegner structurally solved the intimate, daily ritual of organizing garments. This historical analysis was paired with an architectural study of brutalism and modernist forms, examining how heavy, raw, and monumental masses can define and organize an interior space.

Alongside academic research, I conducted deeply personal genealogical and historical research into my family’s heritage of craftsmanship. I studied the specific work of my ancestors—particularly my great-grandfather, a professional blacksmith—analyzing how these "universal masters" balanced the raw power needed to forge heavy industrial tools with the immense delicacy required to weave intricate baskets from marsh reeds. This historical documentation provided the conceptual framework for the entire chair.

Finally, the most rigorous phase involved structural and geometric research. Over a five-year development period, I conducted hands-on technical research using 3D modeling and precise drafting to calculate weights, proportions, and balances. Because the design features massive, heavy volumes, I remade the technical drawings multiple times with super precision to analytically test how the monumental, industrial shape would safely and gracefully interact with delicate clothing in physical reality.

The realization of the Nakovalnya Chair brought forward several deep creative, technical, and personal challenges that required a deliberate five-year process to overcome.

On a creative level, the greatest challenge was finding my own authentic voice and separating it from passing trends. It took a long time to strip away external design noise and figure out how to elegantly marry two seemingly contradictory concepts: the heavy, monumental mass of architectural brutalism and the gentle, utilitarian ritual of a valet chair.

Technically, achieving absolute precision was an grueling process. Because the design features massive, substantial volumes, the technical drawing phase demanded rigorous structural calculations to ensure the proportions balanced perfectly. I had to remake the technical drafts several times with super precision to make sure this heavy, industrial shape would function with total stability and grace in a real living space.

Finally, the project faces a layer of ongoing personal and practical uncertainty. Because I do not currently have a permanent home of my own, the physical prototyping of the chair is temporarily paused. The Nakovalnya Chair is inherently designed to be a permanent, heavy structural anchor for an interior, making its physical reality deeply tied to the concept of having a permanent space. As an independent designer without a massive setup, I cannot easily produce this full-scale on my own, which is why my current challenge is finding the right technical partners and manufacturing specialists to license and execute the physical production.

The decision to submit the Nakovalnya Chair to an international design competition came from a desire to validate a deeply personal, five-year creative journey on a global stage. Because this project was entirely self-initiated and uncommissioned, it was developed in a focused, solitary environment away from commercial pressures or passing trends. After spending half a decade meticulously refining the hand sketches, pushing the boundaries of Rhino3D, and remaking the technical drawings multiple times with super precision, I knew the concept had reached its absolute maturity.

I felt that an international design platform was the ideal arena to test the validity of my unique design philosophy—specifically, the unconventional pairing of heavy, monumental brutalism with a highly practical valet function. Winning an award for a piece so deeply tied to my personal family heritage would not only provide professional validation for my independent voice, but it would also serve as a powerful launching pad. By gaining international recognition, the design could attract the right manufacturing partners and specialized craftsmanship experts needed to overcome my current production challenges and finally transition this heavy structural anchor from a digital prototype into a physical reality.

Designing the Nakovalnya Chair was a transformative experience that profoundly shaped my technical capabilities and my identity as an independent designer. Spending a deliberate five years on a single concept taught me the immense value of creative patience, allowing me to strip away external market trends and discover my own authentic design voice.

On a technical level, I significantly upgraded my digital and analytical skills. Using the bold, geometric masses of the chair as a deliberate testing ground, I pushed my boundaries within Rhino3D to master how complex, substantial volumes interact in a digital landscape. Furthermore, the rigorous demands of the technical drawing phase forced me to elevate my approach to precision. Remaking the drafts multiple times with super precision taught me how to mathematically calculate weight, balance, and proportions, ensuring that a heavy, brutalist structure would perform its everyday utilitarian function with absolute stability and grace.

Ultimately, I learned how to weave deeply personal storytelling into an industrial object. By grounding the project in my family heritage and the philosophy of ancestral craftsmanship, I grew from a designer who simply creates functional furniture into one who can manifest a rich, historical narrative into a powerful structural anchor for an interior space.

This option keeps the spotlight strictly on the chair itself, emphasizing how you re-engineered a forgotten furniture category.

What I would most like to emphasize is the reinvention of the "valet" typology itself. In contemporary design, the valet chair is often treated as a historical relic or a lightweight, delicate accessory tucked away in a corner. With Nakovalnya, I wanted to completely subvert that expectation.

By merging it with brutalist, anvil-inspired proportions, the chair ceases to be a passive rack for clothes and becomes an active architectural participant in the room. It creates a striking visual contrast: the heavy, immovable presence of the chair holding a delicate, fluid fabric. It proves that utilitarian furniture doesn’t have to look temporary or fragile—it can possess the monumental weight of a sculpture while executing a quiet, daily ritual with absolute precision.

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.

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.

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.

The active development of this specific concept took two years of intense work, though it builds on a broader foundation of material exploration. By far, the most difficult part of the entire process was designing the lampshades. Trying to figure out how to shape and manipulate the material so that it perfectly executed those fluid, biomorphic curves while maintaining structural integrity was an immense technical challenge.

Because the lampshades were such a demanding and complex element to solve, the process didn't exhaust my curiosity—it actually fueled it. That intense struggle is exactly why I am still so deeply interested in this concept and eager to keep pushing for new innovations and forms within this specific lighting language.

his design was not commissioned; it was the result of deciding to independently pursue a deep personal inspiration and confront a professional creative hurdle.

The project was born out of my profound love for Henri Matisse and a distinct feeling that his work could teach me how to approach organic forms. While there are countless painters and furniture designers who are absolutely brilliant at mastering organic design, their genius felt so distant, complete, and intimidating that I couldn't imagine a way to learn from them.

Somehow, Matisse was different. His work just talked with me. His raw, expressive paper cut-outs felt accessible yet deeply sophisticated, offering a visual language that felt like a direct conversation. I pursued this concept because I wanted to let his fluid shapes guide my hands, using his masterclasses in silhouette to push through my own difficulties with biomorphic form and translate that artistic dialogue into a functional, modular light source.

At the moment, the design is not being produced or used by another company. As an independent designer operating under my own brand, I am currently handling the development and prototyping entirely myself.

Moving forward, my ultimate intention is to retain creative control over the concept while exploring strategic partnerships. Because the lamp relies on a complex modular steel system and precise heat-forming techniques that I have spent years perfecting, I am very open to licensing or selling the production rights to a manufacturing company that has the specialized industrial capacity to scale it properly. Alternatively, I am completely prepared to produce the work independently as a limited-edition, custom collection for specific interior architecture and design projects.

I chose to design a modular floor lamp because lighting is the ultimate medium for testing how form, material, and space interact. A lamp isn't just a static piece of furniture; it is an active participant in an interior that completely changes the atmosphere of a room depending on whether it is turned on or off. I wanted to design an object that functions as a bold, biomorphic sculpture during the day and transforms into a soft, atmospheric light source at night.

Furthermore, entering the realm of lighting allowed me to merge my deep interest in material innovation with an interactive user experience. Creating a floor lamp built around a structural core gave me the perfect framework to explore a scalable, modular system. It allowed me to challenge myself with complex, organic lampshade design while creating a functional product that can physically grow and adapt to the architectural spaces it illuminates.

No, there were no other contemporary designs or furniture designers that influenced this work. In fact, I deliberately looked away from traditional furniture and lighting design for this project. As I mentioned before, while there are countless legendary designers who are absolutely brilliant at mastering organic forms, their work always felt too intimidating and complete to learn from directly.

The influence came entirely from the world of fine art, specifically the revolutionary paper cut-outs and paintings of Henri Matisse. It was his unique graphic language—and his alone—that felt open enough to have a direct conversation with me. By focusing solely on his artistic silhouettes rather than looking at existing lamps or market trends, I was able to approach the challenging biomorphic form from a completely fresh perspective, focusing entirely on how to translate his two-dimensional fine art into a three-dimensional, modular structure.

The target customer for this design includes interior architects, design collectors, and design-conscious individuals who appreciate the intersection of fine art and functional furniture. Because of its distinct aesthetic, the lamp is perfectly suited for minimalist interiors. In a very clean, structured space, it acts as a bold, sophisticated focal point that adds a vibrant splash of color and artistic narrative without cluttering the environment.

It appeals to people who want an object that is minimal enough to respect the architectural geometry of a room, but expressive enough to elevate the entire interior to a completely new level. Whether it is integrated into contemporary residential spaces, boutique hospitality projects, or curated gallery settings, the target customer is someone looking for a sculptural, modular lighting piece that brings both atmosphere and personality to a modern space.

What completely sets this design apart is the unexpected marriage of a bold, artistic biomorphic silhouette with an engineered, high-tech modular functionality. While many sculptural or organic lighting concepts on the market are static, decorative pieces, this lamp is built around a dynamic, interactive structural core. The ability for the lamp to literally grow, allowing a user or interior architect to alter its physical height, density, and volumetric presence in a room over time, turns it into an adaptive spatial tool rather than just a fixed object.

Furthermore, the material innovation behind the lampshades elevates it far beyond typical paper or fabric fixtures. Utilizing heat-formed Tyvek—a material I have spent years researching—allows the lamp to deliver the delicate, tactile aesthetic of hand-cut art while offering incredible tensile strength, heat resistance, and uniform, glare-free light diffusion. It achieves a rich, velvety depth of color and shape that looks completely artisanal, yet it is fully engineered to be durable, safe, and contract-grade for modern interiors.

The name "Matisse Blue" is a direct, literal tribute to the artistic soul and foundational inspiration behind the entire project. It directly references Henri Matisse, whose legendary paper cut-outs and 1913 masterpiece The Blue Window served as the visual catalyst for the design.

The second part of the name represents the intense, signature ultramarine blue palette that Matisse championed in his later work. I wanted the name to immediately communicate the design's artistic lineage. It signifies the translation of a historic, two-dimensional fine art language into a modern, three-dimensional sculptural light source, making it clear that the lamp is not just a piece of lighting equipment, but an homage to a specific moment in art history.

The design process was a hands-on, evolutionary journey that bridged tactile, physical prototyping with precise digital engineering. I started with the most primitive and direct tool possible: folding and cutting paper over and over again. This physical exploration allowed me to intuitively understand the geometry of the organic forms and figure out how two-dimensional sheets could curve and hold volume.

Once I grasped the basic behavior of the shapes, I transitioned to working directly with Tyvek. This phase involved physical experimentation with heat-forming techniques to see how the actual material would react, stretch, and diffuse light compared to standard paper. Finally, to translate these empirical, handmade shapes into a precise, functional product, I moved into Blender. Using Blender allowed me to digitally model the fluid, biomorphic curves of the lampshades and engineer the internal modular steel core, ensuring that the artistic silhouette and the industrial components aligned perfectly for production.

The most unique aspect of the design is the seamless intersection of raw, tactile art and a highly engineered, interactive industrial system. It takes a purely biomorphic visual language inspired by fine-art paper cut-outs and pairs it with a modular, structural steel core that allows the lamp to physically scale, adapt, and grow in height and density within an architectural space.

Furthermore, the innovation lies in the material transformation itself. By pioneering custom heat-forming techniques with Tyvek, the design achieves the delicate, translucent aesthetic of hand-sculpted paper while delivering the high-strength durability and safety required for modern, contract-grade lighting. It is a rare combination where the final product looks like a soft, bespoke art piece, but functions as a tough, highly versatile industrial product.

No, I did not collaborate with anyone else for this design. I managed the entire process independently, acting as the sole creator from the initial concept to the final technical execution.

Because the project required a deep understanding of both material manipulation and digital manufacturing, I chose to take on all the technical and specialized challenges myself rather than outsourcing them. I personally spent those two years researching the properties of Tyvek, mastering the heat-forming techniques to shape the lampshades, and teaching myself the necessary digital engineering tools in Blender to develop the modular steel spine. It was a rigorous, solitary journey, but doing it alone allowed me to ensure that the artistic integrity of the original inspiration remained completely uncompromised throughout every technical phase of the development.

Technology played a crucial, dual role in this project, serving as the bridge that allowed a raw, artistic inspiration to be translated into a functional and scalable industrial product.

First, material technology was fundamental to solving the design's biggest hurdle—the lampshades. Instead of using traditional paper, the design utilizes Tyvek, a high-density polyethylene synthetic material. Advanced material technology, specifically custom heat-forming and precise temperature manipulation, was required to alter the physical properties of the sheets. This process allowed the material to take on complex, permanent biomorphic curves while retaining its immense tensile strength, durability, and uniform, glare-free light diffusion.

Second, digital design technology was essential for the structural engineering of the product. While the initial concept began with physical paper folding, the entire modular system was developed using digital 3D modeling software. Blender was used as a precise engineering tool to design the internal structural components, calculate the proportions of the modular steel spine, and ensure that the interconnected parts could seamlessly lock together. This software allowed for the precise alignment of the fluid, organic outer shapes with a rigorous, high-tech internal mechanism that enables the lamp to adapt and scale in real-world spaces.

While the aesthetic driving force of the project was purely artistic, the realization of the lamp was deeply influenced by rigorous, empirical material research and structural analysis. Because I executed this project independently, I had to conduct extensive technical research to transform a conceptual art piece into a viable, functional product.

My work focused heavily on empirical material science through hands-on research into the physical properties and thermal behavior of Tyvek. Because it is a high-density polyethylene material, it does not behave like traditional paper or fabric. I had to systematically test and document different temperature thresholds, heating durations, and cooling times to discover how to permanently alter the material's structural memory. This analytical experimentation was crucial to achieving complex, stable biomorphic curves that would not deform over time when exposed to the heat of an active light source.

Alongside this material testing, I conducted physical and digital engineering research into modular systems. This involved studying structural load distribution and interlocking mechanisms to design a stable steel core. I used 3D software to mathematically analyze the proportions, ensuring the modular spine could seamlessly expand and scale in height while maintaining absolute physical stability and balance.

The absolute greatest challenge of this entire project was mastering the organic form itself. While designing the modular steel spine required rigorous engineering, it was the fluid, biomorphic geometry of the lampshades that pushed the boundaries of my practice. Trying to capture the free-flowing, expressive nature of a two-dimensional artistic cutout and translate it into a balanced, three-dimensional physical object was incredibly complex.

Every single curve had to be meticulously calculated and tested so that the final organic silhouette felt effortless and natural, rather than forced or rigid. Because the material behaves uniquely under heat, achieving that perfect, intentional form while ensuring the shade could wrap harmoniously around the internal core was a continuous process of trial, failure, and refinement. It was a deeply demanding artistic and technical puzzle, but mastering those challenging biomorphic shapes is precisely what gives the lamp its sculptural soul.

The decision to enter this design into an international competition came down to a desire to test my work on a global stage and see how a purely independent project would resonate within the broader design community. Because I managed this two-year journey entirely on my own—from the initial paper cut-outs to mastering the technical heat-forming of the material—the project felt incredibly personal. I wanted to see if the challenging biomorphic form and the rigorous modular engineering I developed in isolation could stand alongside the work of established studios and international brands.

Submitting to a major international platform felt like the ultimate way to validate those years of solitary research and hard work. It was an opportunity to showcase that an individual designer can bridge the gap between fine art and industrial functionality, while giving this unique lighting concept the global visibility it needs to find the right manufacturing partners and interior architecture projects.

The most profound realization I had during this project was that I am completely capable of creating complex organic forms, even when every single line and curve has to be rigorously calculated. Before diving into this two-year process, approaching biomorphic shapes felt incredibly intimidating and out of reach. I used to think that fluid, free-flowing design belonged to a different world of instinctive genius, but this project forced me to confront that creative hurdle head-on.

Through the intense process of translating paper cut-outs into a precisely engineered modular system, I proved to myself that structure and organic beauty are not mutually exclusive. I learned how to trust my hands while simultaneously using precise digital tools to mathematically plan the proportions. This journey completely transformed my confidence as a designer, showing me that I can master highly technical, calculated industrial engineering without losing the soft, expressive, and artistic soul of the form.

I think it is important to reflect on the sheer independence of this creative journey. When you look at a complex, modular lighting system that seamlessly integrates custom-formed materials with a precise steel spine, the assumption is often that a large team or an established manufacturer was behind it. For me, this project was a solitary two-year commitment where I had to wear every single hat—artist, researcher, material tester, and structural engineer. Pushing through the deep frustration of mastering both the organic forms and the technical software completely on my own was incredibly difficult, but it proved that an independent designer possesses the resilience to bring highly complex, contract-grade innovations to life from a blank sheet of paper.

The main principle behind the Madonna Tile Collection is the intersection of historical visual art and strict manufacturing logic to create a scalable, architectural surface.

The core inspiration was a profound personal breakthrough at The Pushkin State Museum of Fine Arts, where I was mesmerized by a 13th-century masterpiece, "Madonna and Child on the Throne." Looking closely at the sacred iconography, I saw past the flat imagery and became captivated by the geometric logic and rhythmic, layered folds of the drapery garments. I realized these symbolic, non-naturalistic painted folds could be translated into fluid, physical architectural planes.

To turn this visual research into a functioning, contemporary ceramic relief, I pulled from a completely different school of thought: the modular constructivist experiments of Vkhutemas. By applying their pattern logic, I designed each 300 x 300mm module with strategic internal geometric lines. Through rotational geometry, a single tile type can generate infinite, non-repetitive compositions across a surface.

The ultimate idea behind Madonna is a beautiful paradox: utilizing high-pressure press-molding and an unyielding mathematical grid to achieve a modern 3D modular system that somehow retains the warm, authentic, soulful atmosphere of an old, sun-drenched Italian villa.

My main focus was figuring out how to take the fluid, painted illusion of that 13th-century drapery and turn it into a highly structural, manufactured product. I wanted to see if the emotional weight of a museum masterpiece could actually survive modern production constraints.

Specifically, I wanted to achieve a beautiful paradox. By using the modular logic of Vkhutemas, I focused on engineering a single 300 x 300mm tile with very clever internal geometric lines. The goal was that by simply rotating this one single module during installation, you completely eliminate repetition, creating a flowing, dynamic wave across an entire wall.

Ultimately, I wanted to prove that advanced high-pressure press-molding doesn't have to feel cold and sterile. I wanted to achieve a cutting-edge 3D surface that, once it's on the wall, sheds its industrial look and completely shifts the mood of a space—giving it the warm, authentic, sun-drenched vibe of an old Italian villa.

My biggest plan is to prove that this design language is completely material-agnostic. When I engineered the mathematical, non-repetitive rhythm for the Madonna collection, I realized it didn’t belong solely to modern ceramics.

The next step is breaking the pattern out of its initial ceramic constraints and taking it into the soft, tactile world of woven fibers. I am currently adapting the exact same rotational geometry to create a fully unified interior ecosystem. This means scaling the pattern up for a seamless, floor-to-ceiling wallpaper mural, wrapping it around the upholstery of minimalist lounge chairs, and weaving it into premium statement rugs where the shifting depths of those historical drapery folds can actually be felt underfoot.

I want to show that true design isn't bound to a single material. By translating these fluid lines across varying scales and textures, a designer can maintain a single, cohesive, elevated concept throughout an entire architectural space.

It actually took four years.

But it’s not like I was sitting at my desk working on it constantly for four years. It was a much slower, intuitive process. The inspiration would sit with me, and then about once a year, I’d experience this sudden spark of clarity where I suddenly understood exactly how to move the design further.

The real challenge was the geometry. It took a long time to figure out which parts of the relief should rise, which parts should recede, and how to find that exact visual midpoint where the lines would seamlessly connect. It was an annual cycle of stepping back, letting the idea breathe, and then coming back to it when I finally figured out how to make the pattern completely continuous when rotated.

This was absolutely about pursuing a personal inspiration, not a commercial commission. I designed it because I felt a deep, personal need to reconcile my own past with my design language.

Growing up, I spent so much time in museums like the Tretyakov Gallery and the Pushkin Museum, but I honestly couldn't stand icons—they just felt flat, cold, and depressing to me as a child. The turning point happened when I went back to the Pushkin Museum, but this time through the eyes of a mother, walking through the halls with my own children.

Standing in front of a 13th-century Madonna painting, my entire perspective inverted. I suddenly saw the breathtaking geometric logic hidden in the folds of the drapery. It wasn't a flat, rigid image at all; it was a masterclass in structural, architectural lines. I became completely obsessed with the idea of taking that sacred, historical visual language and proving it could be translated into a functional, modern modular system. I pursued it simply because the challenge of connecting that artistic history with hard mathematical logic was too beautiful to let go.

Right now, it is not being produced by another company, but I am completely ready to lease the production rights if the right partner is interested.

As an independent designer operating under NNaymark Design, my focus is on the conceptual engineering, the mathematical pattern logic, and the structural form. Because this system relies on precise manufacturing—like high-pressure press-molding and digital inkjet printing—it is perfectly primed for an established manufacturer to take over the actual production scale. I would love to see a company with the right technical capabilities bring this old-world Italian villa vibe into reality, whether that is in ceramics or translating the pattern into textiles and wallpaper.

It came down to a strong desire to connect my own family roots with my daily work as an industrial designer.

While the visual theme was sparked by the drapery of museum icons, the urge to create a heavy, physical architectural surface is deeply personal. My great-grandfather was a professional blacksmith in southern Russia, and that heritage of raw, powerful craftsmanship has always been a conceptual foundation for me. I wanted to see if I could bridge that heavy, structural history with a refined, modern product.

I chose a modular ceramic tile system because a tile is the perfect intersection of hard logic and artistic expression. It allowed me to take a deeply personal, historical inspiration and mold it into something tactile, functional, and permanent that people can actually bring into their living spaces.

Yes, the core structural logic of this project is entirely influenced by the constructivist pioneers of Vkhutemas. They essentially invented this brilliant way of working with modular ceramics.

Back in 2020, I attended their landmark centenary exhibition at the Museum of Moscow, and it completely changed how I viewed surface design. Vkhutemas proved that you don't need dozens of different tile molds to create a dynamic wall. Instead, they pioneered the method of engineering a single module with highly strategic internal geometric lines. By simply utilizing rotational geometry, that one single tile type can generate millions of entirely non-repetitive compositions.

So while the emotional soul of the design belongs to early Renaissance drapery, the mathematical and industrial blueprint belongs entirely to the genius legacy of Vkhutemas.

The primary audience consists of interior designers, as well as owners of historical properties and landmarks.

It is specifically engineered for those who are renovating a historic building and face the delicate challenge of making the space look authentically historical, yet completely refreshed. They don't want to just copy the past with cheap imitations; they want to respect the architecture by introducing new, highly interesting, and premium materials.

Because the pattern echoes early Renaissance drapery but relies on a cutting-edge 3D modular layout, it bridges that gap perfectly. It allows a designer or property owner to honor the soul and heritage of an old building while elevating it with a sophisticated, contemporary surface system.

What completely sets this design apart is that it resolves a tension most modular tiles ignore: the balance between advanced industrial technology and a warm, historical soul.

Most contemporary 3D tiles on the market look incredibly sleek, but they often feel cold, sterile, and hyper-modern. Madonna achieves the exact opposite. By using an unyielding mathematical grid and advanced high-pressure press-molding, it delivers a cutting-edge architectural system. Yet, the moment it is installed, that industrial coldness completely melts away, replacing it with the authentic, sun-drenched atmosphere of an old Italian villa.

Furthermore, it isn't just a surface ornament; it is a masterclass in rotational geometry inspired by Vkhutemas. Instead of requiring multiple expensive molds to avoid a repetitive look, a single 300 x 300mm tile features highly strategic internal lines. Simply by rotating the same module during installation, the pattern shifts from a quiet, subtle relief into a complex, flowing wave. It eliminates visual monotony entirely using just one single tile type, bridging early Renaissance artistry with smart manufacturing logic.

The name "Madonna" comes directly from the exact moment of inspiration that sparked the entire project.

When I had that breakthrough at the Pushkin Museum, I was standing specifically before a 13th-century masterpiece titled Madonna and Child on the Throne. It was the sacred, geometric drapery folds of the Madonna’s attire that completely mesmerized me and became the visual blueprint for the entire ceramic relief.

Naming the collection "Madonna" is a direct nod to that historical art piece, but it also carries a deeper meaning for the design itself. To me, the name represents a beautiful tension: it evokes the soulful, timeless grace of early Renaissance art, while the tile itself is engineered through a strict, modern mathematical grid. It’s a bridge between sacred art history and contemporary industrial design.

It sounds funny, but to make this complex rotational option actually work, my most important design tools weren't digital—they were thousands of small paper squares.

While I ultimately used advanced digital 3D modeling and CNC simulation to prepare the files for industrial manufacturing, the mathematical logic was solved completely by hand. I spent hours sketching different drapery positions and shifting color swatches onto these tiny paper mockups, physically rotating them on my desk to find the exact visual midpoints. When you are trying to ensure that a single pattern flows seamlessly into millions of non-repetitive combinations no matter how it's turned, nothing beats the immediate, tactile logic of moving paper squares around until the rhythm clicks.

The most unique aspect is its profound material flexibility. While it was born as a 3D architectural tile, the underlying geometry is completely material-agnostic. The mathematical rhythm of the pattern isn't trapped in clay; it can break free from the wall and translate seamlessly into entirely different mediums.

I always say it can be used anywhere. In my wildest dreams, I picture a Dior haute couture dress made from fabrics that feature different parts of this rotational pattern. Because of how the geometry works, every single panel and piece of the dress would look entirely distinct, yet the overall garment would flow together as one perfectly unified, continuous composition. That is the true magic of this design—it can scale from a heavy, structural interior surface all the way to the fluid, soft movement of high-fashion textiles without losing its core identity.

No, I didn't collaborate with anyone on this. I worked entirely alone as an independent designer.

Because the concept was so deeply personal and grew from that annual spark of inspiration over four years, I wanted to figure out the logic myself. From the initial hand-drawn sketches and moving thousands of paper squares around to solve the rotational geometry, all the way to the digital 3D modeling and preparing the files for manufacturing, I handled every single stage of the process solo.

echnology played a vital, secondary role in this project. It acted as the precise tool needed to translate a deeply handmade, artistic concept into a rigorous industrial product.

While the core geometry was solved entirely by hand using paper squares, digital technology was essential for scaling those calculations up for manufacturing. I used advanced digital 3D modeling software and CNC simulation to refine the exact depth and curvature of the 3D relief.

Because the tile relies on advanced high-pressure press-molding and sophisticated surface finishes, technology is what ensures that the mathematical lines match up perfectly from tile to tile with absolute, millimeter-level industrial precision. It bridges the gap between a slow, four-year intuitive process and a flawless, mass-producible architectural surface.

The research for this design wasn't based on market data, spreadsheets, or consumer analytics. Instead, it required deep, historical, visual, and structural research.

The investigation began with an extensive study of early Renaissance iconography and religious paintings, where I specifically analyzed the mathematical and structural logic hidden within the folds of historical drapery. I treated these classical paintings not just as art, but as architectural blueprints for fluid forms.

The analytical backbone of the project involved a deep dive into the archives of Vkhutemas. I thoroughly researched their pioneering methods of modular surface design to understand how a single module could generate dynamic, non-repetitive compositions. The ultimate research method was highly practical and iterative, testing thousands of paper squares over a four-year period to mathematically calculate how a single, irregular 3D pattern could achieve seamless, continuous lines when rotated at different angles.

The biggest hurdle was moving from an emotional, artistic inspiration to a strict, error-free manufacturing logic. Because the visual concept is based on the organic, fluid drapery folds of a 13th-century painting, the lines are inherently irregular and flowing. Trying to force those organic, asymmetrical curves into a rigid square grid—while ensuring that every single edge perfectly aligns with its neighbor regardless of how you rotate the tile—was an absolute geometric puzzle.

I overcame this by stepping away from the computer entirely during the early stages. I relied on the tedious, physical process of moving thousands of tiny paper squares on my desk, adjusting the lines by fractions of a millimeter by hand. It was a slow, four-year game of patience, but it was the only way to ensure that the organic soul of the drapery wasn't lost to a cold, computerized grid.

The decision to submit this project to an international competition came from a desire to see if a deeply personal, slow-cooked philosophy could resonate on a global scale.

When you work completely alone as an independent designer, spending years waiting for a "once-a-year spark" to solve a complex geometric riddle with tiny paper squares, you can easily begin to doubt yourself. There were no big corporate teams or market research spreadsheets guiding this project—just a deep obsession with a museum painting and a determination to honor my family's heritage of craftsmanship.

Because the design bridges a very niche historical inspiration with strict industrial logic, I wanted to put it to the ultimate test. Submitting to an international platform was a way to see if the global design community would recognize the value in a product that refuses to compromise on its artistic soul for mass production.

Designing this project taught me a profound lesson in patience and the value of trusting the natural creative cycle. When you work completely alone, it is incredibly easy to feel a sense of urgency to finish a concept. However, this project taught me that sometimes when you get stuck, the best thing you can do is simply let it go for a while so it can come back to you.

Because forcing a solution never works when dealing with a complex geometric puzzle, I learned to step away and give the design the time and space it needed to breathe. Over the course of four years, allowing myself to pause and wait for that intuitive spark completely changed my workflow. It transformed me from a designer who tries to force an immediate answer into one who embraces a slow-cooked, iterative process, proving that a project's soul cannot be rushed.

I’d love to talk about how this design behaves in real space. Because of the unique 3D relief and the way the pattern catches the light, the wall completely changes character depending on the time of day and the angle of the room's lighting. It creates a living, shifting texture. Moving forward, my goal is to see this collection integrated into unique interior architecture projects, renovated historical spaces, or contemporary installations where designers can play with the rotational logic to create a completely custom, one-of-a-kind atmosphere for every single wall.

I wanted to raise my ability to put things in oder to it maximum. Think through needs and wants of person in bed. Have a nice book read myself before the sleep.

I wanted to get rid of cables, and bad phone light during sleep. I wanted it to be ergonomically perfect, so that everyone finds a clear space for all belongings we care about before sleep. And mainly I wanted to have free space, which we really need now with the cost of living in big cities.

I plan to sell or lease the production rights. Find a job and sell all my other design. And I really really want to see my things produced.

It took me around two years. At first it was a small sketch, but as I drew more specific technical drawing, the clearer I had picture in mind. Last interactions were connected mostly with technical aspects, that had to be taken inro consideration .

I pursuit an inspirations . I had a friend who had problems with robot vacuum cleaners, and I wanted to do something that would solve his problem. Than I came across marvellous work of Dorothee Becker, and I thought what would she has done if it was made nowadays .

I plan to sell or lease the production rights.

Issue with vacuum robots that had one of my friends. Having hard times funding right reading light for myself. Lack of free spaces in many city flats, and mess we all have at our bad table, that can be organised with several pockets.

I have professor who teaches me drawing, she has expertness in architecture, graphic design, interiors and art. And she helps me think about technical issues and limits, I might have forgotten of.

I think TA is working adult living in a city, trying to have 100 and 1 item of belongings. Caring about comfort and good design. Loving having multifunctional things, that can reduce number of things he owns and cares about. Something he will buy now and will have till the end of his life , or might even leaving it to his children.

It has minimal lines and colors, that can suit any interior. I also tried to use latest technical novelties so that it is maximised use of the item.

It was inspired by design of a great designer and I anted to honour her name in the name of the objects. As for hand, it is due to its long light function that can reach to any place of your bad or table.

Autocad, Pencils snd paper .

I like that I made this design sustainable and introduced unique colors, that makes this design outstanding with design art properties.

I didn't collaborate with anybody

It makes it slimmer, ads multifunctional use, and minimises cable distraction .

I did focus group where I discussed what kind of things people normally have on their bed table, what find important to be there, and what they can get rid of.

The hand that had light, It's design and length was something I needed to think through several times, as it was not long enough or had problems with rotation.

As it was already the 4th year of my self education I decided it is time to check whether all of this worth it time and money. It was like a final project to get my degree. I tried to choose something that will be good design on one hand, and something TA would be interested in.

I learned to work with the smallest details in my design, something we forget about while thinking about big picture, but I did care about every rubber thing I have in this design, every curve of each element .

No I think we have discussed everything .

My path as a product designer is shaped by a unique convergence of technical discipline, strategic digital design, and a relentless passion for physical materials. I come from a strong physical-mathematics background, graduating with a golden medal from an intense mathematics high school where I mastered mechanical drawing over the course of eight years. This early education deeply instilled in me a lifelong love for geometric patterns, rigorous structures, and finding analytical solutions to complex design challenges.

Before transitioning into physical product design, I spent over a decade working as a digital strategist and UX strategist for prominent agencies and media companies like Red Keds and Condé Nast, even teaching UX strategy at the British School of Design. This extensive background in user experience means I always approach design with a sharp focus on ergonomics, human behavior, and sustainability. Because my formal university degrees are in Economics and Digital Marketing, I look at every object through the eyes of the consumer, ensuring that artistic expression always aligns with functional and market viability.

Over the last seven years, I have operated as an independent product designer, aggressively expanding my skills through intensive, specialized coursework. I have studied furniture design at Central Saint Martins, manufacturing processes at MIT, and architectural history through HarvardX and MoMA. To deeply understand the physical reality of my work, I have taken hands-on design courses in carpentry, 3D modeling in Rhinoceros, and lighting practice—even collaborating on lighting exhibitions for prominent institutions like the Moscow Museum and the Gilyarovsky Museum.

Today, my independent practice, NNaymark Design, is focused on deep material exploration, modular design, and geometric relief. For me, creating products is about bridging the gap between mathematical logic, user-centered ergonomics, and tactile material beauty.

My drive to design stems from an internal need to translate structural, mathematical logic into tangible objects that improve the quality of daily life. Having spent over a decade in digital and UX strategy, I reached a point where designing purely virtual experiences no longer felt entirely fulfilling. I felt a powerful pull to step away from the screen, work with my hands, and directly manipulate raw, physical materials.

What motivates me is the challenge of problem-solving within the physical constraints of a material—whether it is experimenting with modular structures or exploring geometric relief. I am deeply inspired by the belief that good design is a necessity for societal advancement because the objects we interact with dictate our daily sensory and behavioral experiences. Ultimately, I became a product designer to bridge that gap: taking the user-centered empathy of UX design and applying it to physical forms that possess a soul, respect human ergonomics, and bring functional beauty into the physical spaces we inhabit.

Becoming a designer was entirely a conscious, deliberate choice born out of a deep internal drive. No one forced me into this field; rather, my own creative evolution made the transition inevitable. I spent over a decade building a successful, established career in digital marketing and UX strategy, working with major media brands and teaching the next generation of strategists. It would have been very easy to stay on that comfortable, well-trodden corporate path.

However, the urge to create physical objects and work directly with raw materials became impossible to ignore. I chose to pivot into industrial and product design because I wanted to feel the tangible reality of what I was building—to move from pixels to physical prototypes, wood, and metal. Making that leap required a massive amount of personal initiative, from teaching myself complex 3D modeling programs to taking intense manufacturing and design courses around the world. It was a choice fueled by passion, a love for structural logic, and a desire to bring functional, tactile beauty into people's daily lives.

Through my studio, NNaymark Design, I focus on physical product design, specifically creating modular lighting fixtures, furniture prototypes, and architectural surface elements like tile collections. My work is deeply rooted in geometric relief, structural logic, and rigorous material experimentation—whether I am working with the industrial weight of metal tubing, the delicate texture of porcelain, or the unexpected properties of materials like Tyvek.

In the future, I am incredibly eager to dive deeper into furniture design and large-scale architectural elements that challenge traditional manufacturing boundaries. I specifically want to explore projects that allow me to push the limits of material manipulation, blending advanced digital techniques like CNC scoring with raw, traditional craftsmanship.

While I consider myself a dedicated, evolving practitioner rather than a legend, achieving meaningful recognition in this industry—like receiving an Iron and multiple Bronze A' Design Awards—comes down to a mix of technical discipline and mental endurance. If I were to give actionable advice to designers just starting out, it would be this:

Master the Technical Realities: Do not just stop at beautiful computer renders. You must understand the physical reality of how materials behave, break, and come together. Dive deep into manufacturing processes, structural logic, and hands-on prototyping. A great design isn't just a concept; it is an analytical solution to a physical challenge.

Build an Unshakeable Workflow: Establish a rigorous, phase-by-phase design process. Treat every constraint—whether from a client, an engineer, or a budget—not as a creative barrier, but as a parameter to solve mathematically.

Learn to "Sleep on the Annoying Part": Design is full of deeply frustrating moments where a drawing doesn't align or a prototype fails straight away. Don't panic when you hit a creative block. Have the patience to step away, let the problem rest, and trust that the iterations that come the next morning will be vastly superior.

Draw Knowledge from Diverse Disciplines: Don't look only at other design objects for inspiration. Bring insights from outside industries—whether it is user empathy from UX strategy, efficiency from digital marketing, or structural patterns from mathematics. True innovation happens when you apply the logic of one field to the materials of another.

The fundamental shift from a good designer to a great designer comes down to how they handle complexity, constraints, and the reality of production.

A good designer focuses primarily on aesthetics, styling, and the immediate visual impact of a project. They create beautiful forms and seamless digital renderings, but they often treat technical constraints—like structural engineering limits, material behaviors, or manufacturing budgets—as frustrating obstacles that compromise their original artistic vision.

A great designer welcomes those constraints as the very catalyst for innovation. They possess the humility and patience to let their work be rigorously challenged by engineers, craftsmen, and technicians. They don't look for simple validation; they look for the friction that forces a more brilliant, highly functional solution.

Ultimately, a great designer bridges the gap between raw mathematical logic and human empathy. They understand that a failure in an early drawing or a physical prototype is not a disaster, but a necessary phase of the journey. They have the discipline to accept the frustration, step away, and "sleep on the annoying part," knowing that the iteration that emerges the next day will be vastly superior. Great design isn't just about a trendy aesthetic—it is about technical endurance, problem-solving, and the persistence to bring a soulful, user-focused object into physical reality.

A design transitions from merely "good" to "really good" when it successfully bridges the gap between raw mathematical logic, tactile material beauty, and deep user empathy. It is not enough for an object to be visually striking; it must perform flawlessly within the physical constraints of its environment and respect the person interacting with it.

When evaluating design, I look for a harmonious balance across three strict criteria:

Structural and Material Integrity: A great design honors its medium. Whether it is navigating the structural limits of metal tubing or exploring the unexpected texturing of porcelain, the final object must showcase technical endurance and a deep understanding of manufacturing realities. The form should feel like an analytical solution to a physical challenge, not an arbitrary shape forced onto a material.

Ergonomic and Behavioral Empathy: Truly excellent design respects human anatomy and psychology. Drawing from user experience principles, I evaluate how intuitively an object fits into daily life. It must solve a problem seamlessly, ensuring that artistic expression always aligns perfectly with functional utility.

Intentionality and Longevity: A really good design rejects thoughtless consumerism. It possesses a distinct soul and is built to last, proving its worth through durability and highly intentional details rather than chasing fleeting, seasonal trends.

Ultimately, the "aha!" moment in design comes when you realize an object cannot be simplified any further without losing its functionality or its poetry—it is the point where complex engineering is made to look entirely effortless.

The true value of good design lies in its power to shape human behavior, elevate daily sensory experiences, and optimize the way we interact with the physical world. It is a profound misconception that design is merely a superficial layer of styling or an elite luxury; rather, good design is a fundamental necessity for the advancement of society. When an object or space is designed with a deep understanding of manufacturing realities and user-centered ergonomics, it directly reduces the friction of daily life and brings a sense of functional beauty into our environment.

Everyone—from individual consumers to major manufacturers—should invest in good design for three critical reasons:

Long-Term Functionality and Sustainability: Investing in good design means investing in intentionality, material integrity, and technical endurance. Well-designed products reject thoughtless, throwaway consumerism because they are engineered to last, solving physical and structural challenges mathematically so that the objects remain durable and relevant for years.

Human-Centered Well-Being: The objects and environments we surround ourselves with dictate our daily behavior, posture, and emotional state. Good design applies strict user-experience empathy to physical forms, ensuring that everything from a chair to a lighting fixture respects human anatomy and psychology, ultimately fostering healthier and more fulfilling daily routines.

Economic and Market Viability: From a business perspective, excellent design bridges the gap between artistic expression and market reality. A well-designed product isn't just beautiful—it aligns perfectly with market viability and consumer needs, cutting through market noise and proving to be a highly strategic, valuable asset over time.

Ultimately, investing in good design is an investment in the quality of our lives. It transforms the chaotic or mundane aspects of our daily routines into seamless, elegant, and soulful experiences.

If given the luxury of unlimited time and resources, I would design a highly architectural, expansive collection of modular furniture and large-scale geometric relief installations. I would focus on pushing the absolute limits of material manipulation—specifically exploring the stark, structural tension between the heavy rigidity of metal tubing and the unexpected textures of porcelain or avant-garde textiles.

I would design these pieces for independent design galleries, contemporary cultural institutions, and public spaces that actively embrace avant-garde design and modernist architectural principles. I want to create complex, structural objects for environments where the design is allowed to be bold, sculptural, and uncompromising—challenging traditional manufacturing boundaries while directly engaging with human ergonomics and behavior.

My dream project is to design a large-scale wall mural composed of 24 custom-designed ceramic or porcelain tiles. The core challenge of this project is the dual-layer logic of the design: each individual tile must function as a self-contained, standalone piece of art with its own beautiful geometric relief and composition, yet when all 24 tiles are assembled together, they must seamlessly merge into one grand, cohesive master image.

It is a complex puzzle that requires absolute precision in mathematical drawing and a deep understanding of how physical materials shrink and warp during the firing process. I want to spend uninterrupted time prototyping this mural, ensuring that the alignment is flawless and that the play of light across the entire 24-piece surface creates a captivating, unified story.

My "secret recipe" for success relies entirely on a disciplined, structured approach to creativity rather than waiting around for random inspiration. It is about treating design as an analytical process. The workflow breaks down into three steady steps:

Phase-by-Phase Execution: I never rush to the final form. I work systematically, starting with rigorous research, moving into precise mathematical drawings, and only then transitioning into physical prototyping.

Embracing Manufacturing Realities: Success happens when you respect the materials you are working with. Whether I am experimenting with the rigidity of metal tubing or the delicate nature of porcelain, I let the physical constraints of production guide the design.

The Power of Empathy: A great design must serve a purpose. I use user-experience logic to ensure that every object I create is intuitive, functional, and deeply respectful of the person who will interact with it.

As for the secret ingredient? It is the patience and persistence to "sleep on the annoying part."

Design is inevitably full of deeply frustrating roadblocks—whether a drawing refuses to align or a prototype fails completely. My secret ingredient is simply not panicking when things go wrong. I have learned to step away from the workbench, let the problem rest overnight, and trust that the fresh iterations that come the next morning will be vastly superior. Technical endurance and the willingness to iterate through the frustration are what ultimately bring a soulful, award-winning product into reality.

My appreciation for design is an evolving journey rather than a static choice. When I first started, I was captivated by the strict geometry of Bauhaus. As I discovered Vkhutemas, my admiration shifted toward the radical energy of creators like Melnikov, Rodchenko, Bykov, and Tatlin. Later, encountering Ettore Sottsass sparked a total love affair with the Memphis style, inspiring several of my own pieces. Currently, my focus has returned to Modernism, drawing inspiration from Alvar Aalto’s unique sensitivity to materials, Pierre Jeanneret’s blending of folk crafts with French conciseness, and the brilliant work of Charlotte Perriand. I also find myself deeply drawn to the quiet, intentional intersections of Scandinavian minimalism and Japanese craftsmanship.

However, if I have to name the one designer who feels like my true "creative ghost"—the person whose history and work resonate with me on the deepest personal level—it is Eileen Gray.

Discovering Eileen Gray was a profound revelation for me, particularly because of the shared connection of navigating the world as an autistic individual. When you look at her history, she designed with an incredible, meticulous focus at a time when the male-dominated industry barely recognized her as a furniture designer. She was vastly overlooked, and her groundbreaking contributions were frequently overshadowed by her male contemporaries.

Even today, looking at the landscape of professional design, it often feels like men are default-defined as "better" or more serious designers than women. The industry has not changed nearly as much as it needs to. Eileen Gray is my favorite designer because her work represents pure, uncompromising genius that survived isolation and systemic erasure. She is a reminder that a designer's true impact lies in their unique, internal vision and their persistence to create, even when the world fails to see them clearly.

The one design that completely blows me away, and will continue to inspire me for the rest of my life, is the early 1920s blue porcelain pencil holder designed by S. Pressman at the Dulyovo Porcelain Works.

This piece is an absolute masterpiece of Vkhutemas and Constructivist design for several profound reasons:

Architectural Miniature: It completely redefines what a functional everyday object can be. Instead of just a simple container for pencils, Pressman engineered a miniature architectural monument. The stepped, geometric planes and the dominant vertical cylinder look less like desk stationery and more like a modernist building or an industrial complex scaled down to the palm of your hand.

The Power of Monochromatic Glaze: The choice of that deep, vibrant cobalt blue glaze is mesmerizing. It wraps around the sharp architectural curves and steps, catching the light in a way that emphasizes the form's structural logic while giving the porcelain an incredibly rich, tactile, and avant-garde presence.

Mass Production as Fine Art: It represents the peak era when radical artistic energy directly met factory manufacturing. It proves that utilitarian, mass-produced ceramic items can possess uncompromising geometric brilliance and function as pure, elevated art.

Seeing how Pressman balanced strict mathematical geometry with the physical realities of porcelain fabrication is a constant masterclass for my own work in modular ceramics and functional design.

My greatest design achievement to date is the Madonna Tile Collection. What makes this project truly great isn't just its final aesthetic, but the immense technical and structural puzzles it solved in the realm of modular ceramics.

The design is elevated by three specific aspects:

The Logic of Unlimited Modularity: The primary challenge was to create a geometric relief pattern that avoids a repetitive, static grid. I engineered the lines and heights of the tiles so that no matter how a user rotates or rearranges them, the patterns seamlessly connect. It creates an infinite, fluid surface that adapts entirely to the architecture of the space.

The Play of Light and Shadow: Because the collection uses a monochrome palette, the visual impact relies entirely on three-dimensional volume. I calculated the precise angles of the sloped surfaces to manipulate light. As the ambient lighting changes throughout the day, the tile surface shifts dynamically, casting deep shadows and soft highlights that bring the walls to life.

Mastering Material Limitations: Working with porcelain and ceramic casting means dealing with intense shrinkage and warping during the firing process. Achieving absolute mathematical alignment across modular pieces requires meticulous precision in the initial drawings and prototyping. Seeing that complex geometry survive the kiln and align flawlessly in the physical world is what makes this design my proudest accomplishment.

To become a better designer, you have to move past the myth of passive inspiration and treat design as a disciplined, technical craft. If I were to give advice to designers looking to elevate their work, it would mirror the exact steps I took to build my own practice:

Master the Analytical Process: Don't rush to the final form. I trained myself to work systematically—starting with rigorous research, moving into highly precise mathematical drawings, and only then transitioning into physical prototyping.

Build Technical Endurance: You have to step away from the screen and get your hands dirty. To truly understand a design, you must embrace the brutal realities of manufacturing and material limitations, whether that means calculating the shrinkage of porcelain in a kiln or testing the rigidity of metal tubing.

Develop the Discipline to "Sleep on the Annoying Part": Design is full of frustrating roadblocks where drawings don't align or prototypes fail. I learned to stop panicking when things go wrong; instead, I step away, let the problem rest overnight, and trust that a fresh iteration the next morning will solve it. Technical stamina and the patience to iterate through frustration are what separate amateur styling from enduring product design.

Study the Masters but Find Your "Ghost": I constantly study design history—from the strict geometry of Bauhaus and the radical structural energy of Vkhutemas, to the quiet intentionality of Scandinavian minimalism and Japanese craftsmanship. But more importantly, I found a historical figure who anchors my perspective. For me, discovering Eileen Gray was a revelation; seeing how she designed with meticulous, absolute focus while navigating a male-dominated industry as an autistic individual reminded me that a designer's ultimate strength lies in staying true to their unique, internal vision.

If I hadn’t transitioned into industrial and product design, I would be a great UX strategist—which is exactly what I was doing before.

In many ways, user experience strategy and physical product design share the exact same core DNA. Both disciplines require a deep commitment to user-experience logic and a highly analytical process to solve complex puzzles. A great UX strategist has to untangle chaotic systems, anticipate human behavior, and design intuitive paths that respect the person interacting with the interface.

I would still be channeling my meticulous focus into mapping out digital structures and workflows, ensuring that technology serves a clear purpose. Ultimately, whether it is a digital platform or a physical object, my passion lies in the structural logic of how things work and how they elevate human interaction.

For me, design is absolutely not about superficial decoration or chasing fleeting trends.

Instead, I define design as an analytical process of structural and spatial problem-solving. It is the discipline of taking a chaotic or complex puzzle and engineering it into a functional, intuitive reality. True design lies at the exact intersection of strict mathematical logic, user-experience empathy, and an uncompromising respect for the physical limitations of materials.

Ultimately, design is about endurance and intentionality—it is the persistent refinement of a form until it serves its purpose seamlessly, bringing order, clarity, and utility to human interaction.

My biggest supporters are my family—my husband, Boris, and our two children.

Building an independent design practice from scratch requires an immense amount of mental and emotional stamina. Boris has been an incredible rock through this entire journey; he is absolutely sure that I have everything it takes to be a designer, and his unwavering belief creates the stable foundation I need to push my boundaries.

What makes my support system truly special, though, is how deeply my children are involved in my creative world. They actually sit down and design with me sometimes, and we openly discuss the complex structural or technical problems I am dealing with in my work. Whether I am wrestling with a geometry puzzle or a material limitation, they are right there engaging with the process. Above all, my entire family is there to lift me up and support me through my inevitable downtimes, giving me the strength to keep iterating and creating.

Becoming a great designer wasn't about a sudden stroke of luck; it was about building technical stamina, embracing an analytical mindset, and leaning heavily on a rock-solid foundation of personal history and family support.

My connection to design runs deep in my blood, stretching back to my great-grandfather who was a professional blacksmith in southern Russia. His legacy of shaping raw materials with precision serves as a huge conceptual foundation for my own furniture and object prototypes, giving me an inherited respect for raw materiality.

On top of that, my past background as a UX strategist completely redefined how I approach physical objects. It trained me to treat design as a systematic, highly structured user-experience puzzle where I analyze exactly how a human will interact with an object, ensuring every line and curve serves an intuitive purpose.

Navigating the world as an autistic individual also gives me a unique, meticulous focus. It allows me to dive incredibly deep into complex geometry, mathematical patterns, and material limitations without losing patience, turning what could be exhausting technical minutiae into my greatest creative strength.

But I don't create in a vacuum. Having a husband who is entirely certain of my capabilities, combined with children who actively sit down to look at my drawings and help me untangle engineering roadblocks, gives me an unmatched safety net. They give me the resilience to survive the grueling downtimes, failed firings, and tough iterations that come with the territory.

The path to mastering design is rarely a straight line, and the biggest obstacles I faced came from navigating career transitions, mastering difficult technical limitations, and overcoming the exhausting mental hurdles of creative practice.

Transitioning from an established career as a UX strategist into the physical world of product and industrial design meant completely shifting how I applied my analytical skills. I had to retrain my brain to apply user-experience logic to three-dimensional, tangible spaces where you can't just update code to fix a bug.

Moving past flat concepts into physical execution also means facing the uncompromising rules of physics and chemistry. Working with materials like porcelain is a masterclass in frustration—dealing with extreme shrinkage, warping, and the unpredictable nature of firing means watching prototypes you spent weeks calculating fail in an instant. Building the technical stamina to treat those failures as data points rather than defeats was a massive hurdle.

Design requires intense, meticulous focus, and maintaining that level of creative energy consistently is exhausting. Overcoming the periods of self-doubt and creative burnout—the downtimes where a complex geometry puzzle just won't resolve—was an emotional obstacle that I could only conquer by learning to pace myself, step away when frustrated, and rely on the unwavering support of my family.

Finally, stepping into the physical design world as an independent creator means fighting to have your voice heard without the backing of massive corporate design houses. It takes immense resilience to confidently push original, avant-garde concepts forward, clear out third-party noise, and prove that your technical and structural engineering stands entirely on its own merit.

Designers should present their work as a transparent, logical journey rather than just a collection of polished, superficial styling. Too often, presentations only show the flawless final product, which completely detaches the object from the reality of how it was made. I believe a great presentation must reveal the entire systematic, analytical process behind the form.

First, you need to show the structural and mathematical logic of the design. A presenter should walk people through the initial research and the highly precise technical drawings, showing how a chaotic problem was systematically engineered into an intuitive solution.

Second, a presentation needs to honestly embrace the physical reality of the materials. Designers shouldn't hide the struggles of manufacturing; they should highlight them. Showing the meticulous prototyping, the geometric calculations, and even the failed iterations—like how a material warps or shrinks during production—adds immense depth. It proves that the designer possesses the technical stamina to survive the brutal realities of fabrication and that the final piece stands on its own structural merit.

Ultimately, presenting work shouldn't be about chasing fleeting trends or using empty marketing buzzwords. It should be an authentic explanation of user-experience empathy, material respect, and strict intentionality, showing exactly how the design brings order and utility to human interaction.

My next major focus is taking the structural logic of my modular ceramic work and scaling it up into a massive, architectural installation. I am currently working on a concept for an expansive, 24-piece modular porcelain mural. It builds directly on the engineering puzzles I solved with my previous tile collections, but on a grand, immersive scale. The goal is to create a dynamic, fluid surface that interacts with a whole architectural space, using precise geometric angles to manipulate light and shadow as the day shifts.

Beyond that mural, you can expect me to continue pushing the boundaries of material experimentation and avant-garde functional design. I am deeply invested in prototyping furniture and lighting that marry strict mathematical geometry with raw materiality. Whether I am working with the unpredictable nature of porcelain or exploring the rigidity of structural metal tubing, my future work will always stay anchored in a rigorous, analytical process.

Ultimately, I am focusing on building a body of work that rejects superficial trends and stands entirely on its own technical merit. You can expect highly intentional, uncompromising designs that treat everyday functional objects as miniature pieces of architecture, engineered to elevate human interaction.

My ultimate goal as a designer is to create work that achieves a timeless, architectural permanence—objects and structures that completely reject fleeting, superficial trends and stand entirely on their own technical and structural merit. I want to prove that functional, everyday items can possess uncompromising geometric brilliance and operate as pure, elevated art.

To get there, my long-term focus is to bridge the gap between rigorous, avant-garde design and the complex realities of master craftsmanship. I aim to continually scale up my material experimentation, taking the highly systematic user-experience logic I've developed and pushing it into large-format, immersive spaces—like grand modular porcelain installations and furniture prototypes that master the raw physics of metals and ceramics.

Ultimately, I want to leave behind a body of work that acts as a blueprint for intentionality. I want my designs to show that when you deeply respect the limitations of a physical material and analyze it with mathematical precision, you can bring absolute order, clarity, and utility to human interaction. I want to create pieces that don't just fill a room, but actively elevate the architecture of the space and endure for generations.

To be honest, the phrase "esteemed designer" usually just brings to mind a lot of industry pretension and empty buzzwords, which I don't care for at all. If you strip away that fluff, what people actually expect from a design—and what they want from me—has nothing to do with manufacturing theories.

When people come home after a long, exhausting day, they just want to rest. They want to sink into a deeply comfortable chair under soothing light, eat a meal from a beautiful plate, and look at an interesting tile pattern while wrapping themselves in a smooth, soft blanket. They expect an environment that brings them peace, comfort, and a sense of effortless order.

Design helps create a better society by acting as an invisible framework that eliminates daily friction, respects human energy, and provides psychological comfort. A better society isn't built on abstract, sweeping promises; it is built on the micro-moments of everyday life.

When design is rooted in rigorous, systematic user-experience logic and an analytical process, it stops being a luxury and becomes an essential tool for human well-being. Good design means that the complex systems we interact with daily—whether digital workflows, public spaces, or physical environments—are engineered to be intuitive and accessible. When a system or a space is mathematically aligned and thoughtfully structured, it removes the chaotic hurdles that cause cognitive fatigue, confusion, and stress.

Furthermore, design elevates society by respecting the fundamental human need for peace and sensory comfort. At the end of a long, exhausting day, people need to return to environments that restore them. When a designer masters the brutal technical realities of manufacturing, they ensure that the physical objects people interact with—a soothing light fixture, a perfectly balanced plate, an interesting wall tile, or a smooth, soft blanket—work flawlessly.

By handling all the frustrating structural puzzles and material limitations behind the scenes, design gives people spaces that let them truly rest, connect with their families, and recharge. Ultimately, design creates a better society by quietly bringing order, utility, and tranquility to human interaction, allowing people to live more intentional and peaceful lives.

Right now, I am incredibly excited about taking the structural logic of my modular ceramic work and scaling it up into a massive, architectural installation. I am currently working on a concept for an expansive, 24-piece modular porcelain mural. It builds directly on the engineering puzzles I solved with my previous tile collections, but on a grand, immersive scale. The goal is to create a dynamic, fluid surface that interacts with an entire architectural space, using precise geometric angles to manipulate light and shadow as the day shifts.

At the same time, I am pushing the boundaries of my material experimentation with furniture prototypes that marry strict mathematical geometry with raw materiality. I’ve been working on a series of pieces utilizing structural metal tubing. This project has a deep personal resonance for me, as it draws directly on my family heritage. My great-grandfather was a professional blacksmith, and his legacy of shaping raw materials with absolute precision serves as the conceptual foundation for these new designs.

Both of these projects are all about handling the complex structural puzzles and material limitations behind the scenes. I want to manage all that technical friction so that when these pieces finally live in a space, they simply bring a sense of effortless order, beauty, and tranquility to the people interacting with them.

The projects that give me the most satisfaction are the ones where I successfully solve a complex structural puzzle behind the scenes to create something that feels entirely effortless, comforting, and beautiful in real life.

A prime example is my work on the Madonna Tile Collection. It required an intense analytical process to master the brutal technical realities of the material, especially figuring out how the geometric angles would warp or shrink during firing. But the true satisfaction comes from the end result: seeing those tiles perfectly catch and soften the light in a room, providing an interesting, peaceful texture for someone to look at and touch when they come home to relax.

I feel that same immense satisfaction with the Nakovalnya Chair and the Matisse Blue Lamp. The chair combines rigorous geometric logic with structural metal tubing, a project that is incredibly close to my heart because it draws on my family heritage and my great-grandfather’s legacy as a blacksmith. The lamp required meticulous material experimentation to get the diffusion of light exactly right.

With all of these pieces, the joy doesn't come from the accolades or the complex engineering itself. It comes from knowing I endured the frustrating prototyping and kiln failures so that the final product can simply bring smooth textures, soothing light, and absolute tranquility to a human being's everyday life.

I would love to see the design industry completely move away from its obsession with superficial trends, pretentious marketing, and empty novelty, and instead shift toward digital responsibility and environmental respect. Right now, there is a massive, unnecessary toll taken on nature simply because the industry relies on old-fashioned, wasteful trial-and-error during the manufacturing process.

In the coming years, we need to fully embrace the advanced industrial novelties we already have at our disposal. There is absolutely no reason to damage nature by harvesting and wasting raw materials for early-stage mistakes. We should be mandating a process where designs are exhaustively tested online through digital simulations and perfected via 3D-printed prototyping before any large-scale physical manufacturing ever begins. This allows us to untangle the complex physics, shrinkage, and structural geometry puzzles virtually, minimizing our ecological footprint.

Ultimately, the goal of the industry should be to combine high-tech, sustainable prototyping behind the scenes with a deep focus on the final human experience. By shifting the messy, wasteful part of design into the digital and 3D-printed world, we protect the planet while ensuring that when a product is finally manufactured, it is completely optimized to give people the comfort, beautiful utility, and sensory peace they need when they bring it into their homes.

The design field is headed toward a future where high-tech digital optimization and deep environmental responsibility finally merge with the real human experience. We are moving away from the era of thoughtless mass production and entering a phase of extreme intentionality, driven by advanced industrial novelties.

On the technical side, the field is moving toward a standard where we completely eliminate material waste by shifting the trial-and-error process into virtual and controlled spaces. Instead of damaging nature by harvesting raw materials for early, failed iterations, designers will exhaustively test their concepts online through digital simulations and perfect them using precise 3D-printed prototypes. This allows us to solve complex physics, geometry, and material shrinkage puzzles entirely in a digital environment before we ever touch permanent, raw materials.

But while the backend of design is becoming highly digital and automated, the frontend is heading toward a much deeper appreciation for sensory comfort and human well-being. No matter how advanced our technology becomes, people will always come home at the end of a long, exhausting day wanting the same fundamental things: to sink into a comfortable chair under soothing light, eat from a beautiful plate, and interact with smooth, comforting textures.

The future of design isn't about creating cold, futuristic novelties for the sake of tech trends. It is about using sophisticated digital and 3D-printed tools behind the scenes to protect the planet, so that we can responsibly manufacture flawless, enduring objects that bring absolute peace, utility, and tranquility to everyday human life.

I am not a perfectionist who keeps an open tab in my mind to edit a project forever, so I find it very easy to complete a project and move on to the next one. The timeline to finalize a design depends entirely on how quickly it moves through my strict, sequential workflow, which prevents me from falling into the trap of endless rewriting.

Because of my background as a UX strategist and marketing specialist, I design with a real, living person in mind from the very first sketch, rather than trying to fix things later through abstract frameworks. My entire editing process happens naturally throughout the distinct production phases that the product must pass through. It starts with the initial sketch where the concept is born, moves to the technical drawing where dimensions and geometry are locked in, goes to the physical scale model to test spatial reality, shifts to the prototype to check materials and physical presence, progresses to color-matching and material fitting to finalize the sensory experience, and ends with the final 3D visualization.

Every single time a project moves from one of these phases to the next, it naturally forces the necessary edits and corrections. Because I address technical, material, and structural challenges step-by-step as they arise, the design refines itself along the way. The moment I finish that final 3D visualization, the loop is closed, the evolution is complete, and the project is finalized. Unless a design is bought and requires client-driven revisions, that is the definitive completion point where I close the chapter and move on.

Every new project starts exactly the same way: not with abstract theories or detached styling, but with a real, living person in mind from the very first moment. Because of my professional background as a UX strategist and marketing specialist, I am naturally incapable of thinking any other way. I immediately focus on the end consumer—the person who is going to come home after a long, exhausting day and just wants to rest, find comfort, and experience sensory peace in their environment.

With that human-focused blueprint set, the actual physical work begins with the initial sketch where the concept is born. From there, I immediately establish a highly structured, sequential workflow to bring that concept into reality. I take that initial sketch and move it right into a precise technical drawing to lock in the dimensions and mathematical geometry, solving structural puzzles early so they don't cause friction later.

By anchoring the very start of the project in both deep empathy for the user's daily experience and strict geometric logic, I ensure the design has a solid foundation before it ever moves into physical models or material prototyping.

very new project starts with a very specific, quiet ritual of preparation: coffee, sharpened pencils, favorite rulers, watercolors, a Roubloff brush, technical drawing paper, and silence.

Before diving into a strict production sequence or locking down dimensions, I need that initial physical connection to the paper and the mental downtime to let an idea settle. I am a firm believer in sleeping on problems and allowing for intentional downtimes rather than forcing immediate results; you have to let a concept naturally mature in the silence.

Because of my background, I am always designing with a real, living person in mind from that very first brushstroke, imagining the peace they will feel when they bring the final object into their home. But before any of that technical engineering or 3D visualization can happen, the true starting point is just me, my watercolors, and the silence needed to clear the noise and begin.

To me, treating design like a seasonal trend is a massive mistake. Designing a piece just because it is "hip" this season is like buying a fast-fashion t-shirt that you throw away a few months later—it shows a complete lack of care for nature and the environment. Trends are transient and disposable, but true design should have a sense of permanence and longevity. Because of this, I don't focus on chasing curated trend forecasts or trying to make my work fit into temporary market aesthetics. Design should never be set by fleeting trends.

However, ignoring seasonal trends doesn't mean closing your eyes to the design world. I absolutely love watching the emergence of new forms and innovative material experimentations. When I see an incredible piece of work by another creator, I often experience a deep sense of creative jealousy—that wonderful, inspiring feeling of wishing I had thought of that concept first.

Instead of letting that feeling pass, I use it as a puzzle. I immediately start analyzing the object, constantly thinking about how I could apply that same spark to a completely different material or an entirely new form. It is about taking the essence of what made me jealous and translating it through my own creative lens. Genuine design sets its own path by focusing on the evolution of materials and forms rather than fleeting seasonal fads, creating a distinctive product family that feels fresh, intentional, and entirely your own.

34. What is the role of technology when you design?

For me, technology is the ultimate tool for practicing environmental respect and digital responsibility in an industry that has traditionally been far too wasteful. There is absolutely no reason to damage nature by harvesting and wasting raw materials for early-stage mistakes. Technology allows us to completely eliminate that old-fashioned, messy physical trial-and-error.

Instead of jumping straight into physical manufacturing, technology steps in once my initial sequence of sketches and technical drawings is established. I use advanced digital tools to exhaustively test concepts online through digital simulations and perfect them via precise 3D-printed prototyping. By shifting the messy, unpredictable part of design into the digital world, we can untangle complex physics, shrinkage, and structural geometry puzzles virtually, minimizing our ecological footprint and protecting the planet from unnecessary waste.

Ultimately, technology serves to handle the brutal engineering friction behind the scenes. It allows me to refine a product step-by-step through a digital loop until it is completely optimized. That way, when the design is finally manufactured, the technology becomes completely invisible, and the product simply does what it was meant to do: provide a real, living person with absolute comfort, beautiful utility, and sensory peace.

My toolkit is very specific because it has to bridge the gap between traditional tactile art and precise digital visualization. For the absolute beginning of any project, my equipment consists of a quiet, physical ritual: watercolors, sharpened pencils, favorite rulers, a Roubloff brush, and technical drawing paper. This is where the initial concept is born and where I can feel the physical connection to the paper before any technology is introduced.

Once the initial sketch and technical drawings are locked in, I shift into advanced 3D modeling and digital simulation software. This is where I test structural geometry, analyze physical forces, and eventually close the design loop with the final 3D visualization. To support this digital phase, especially when I am developing large-format concepts that are up to 1.5 by 2 meters in size, I utilize large-format CNC scoring and flatbed plotting services. This allows me to precisely test the flat layouts and spatial reality of a design virtually, ensuring everything is flawlessly engineered before the design is finalized.

Color, materials, and ambience are the fundamental elements that define the sensory experience of an object and dictate how a person actually feels when they interact with it. In my workflow, color-matching and material fitting happen at a vital stage right before the final 3D visualization. It is the phase where a project transforms from a technical geometric puzzle into a living, tactile reality.

My approach to these elements is deeply rooted in achieving a sense of sensory peace, comfort, and absolute tranquility. When a person comes home after a long, exhausting day, they shouldn't be confronted by loud, aggressive styling or superficial trends. Instead, the materials should offer physical comfort and structural order—whether that is through smooth, soothing surfaces, perfectly balanced forms, or textures that feel grounded and intentional.

The color and ambient lighting must work together invisibly to soften the environment. Their role is to absorb the chaos of the outside world, creating a quiet, restorative space where a human being can simply rest and feel at ease. By treating color and material selection as a deliberate step to optimize human well-being, the final design ceases to be just a physical product and becomes an anchor for emotional and sensory peace in everyday life.

Instead of focusing on abstract theories or the aesthetics of a trend, I always appreciate when people ask about the intention behind the object and how it physically fits into a person's daily life.

I think the most meaningful conversations happen when we talk about the relationship between form and the end-user—how an object can be engineered behind the scenes to bring a genuine sense of order, comfort, and sensory peace to a home. When someone asks about the step-by-step process of translating a quiet concept into a precise, structurally sound reality, it acknowledges the deep responsibility a designer has to create things that are beautiful, functional, and built to endure.

When I see an incredible piece of work by another creator, the very first thing I experience is a deep sense of creative jealousy—that wonderful, inspiring feeling of wishing I had thought of that concept first. It is an immediate, honest spark of admiration.

Instead of letting that feeling pass, I instantly turn it into a puzzle. I start analyzing the object from a technical and structural standpoint, constantly thinking about how I could translate that exact same energy and spark into a completely different material or an entirely new form. It becomes an exercise in decoding the essence of what made me jealous and processing it through my own creative lens. Seeing great work doesn't make me want to copy the object; it makes me want to engage with the evolution of forms and materials, driving me back to my own studio to create something fresh, intentional, and entirely my own.

I absolutely believe in co-design, provided it is rooted in professional synergy rather than design by committee. My ideal design partner is a professional engineer.

Because my own creative process begins with a quiet, tactile ritual of sketching and watercolor, my mind naturally focuses on the initial concept, form, and the human experience of the object. A professional engineer is the perfect counterpart to that. They bring the technical discipline, manufacturing logic, and structural knowledge needed to pressure-test an idea.

When you pair a designer's vision with an engineer’s structural precision, co-design becomes incredibly powerful. It allows us to solve complex physical and geometric puzzles collaboratively behind the scenes, ensuring that the final product moves flawlessly from a creative spark into a durable, beautifully resolved reality.

The foundation of my design philosophy and visual language was deeply shaped by three incredible professionals, each teaching me how to look at form, history, and structure through a different lens.

First is my art teacher, Juliya Talalova. She is the one who instilled in me the discipline of looking at the world with a trained eye and appreciating the raw, physical connection to artistic materials. The quiet, tactile ritual of preparation that I still rely on today—setting up the paper, the brushes, and finding that initial silence—is rooted in the fundamental artistic patience and respect for creative work that she taught me.

Then there is the design historian and professor, Artem Dezhurko. His influence was monumental in teaching me how to analyze objects critically. Through him, I learned to look past superficial styling and understand the deep, systematic intentionality behind great historical designs. He taught me that true design isn’t about chasing a fleeting, disposable trend; it is about architectural logic, longevity, and a deep responsibility to structural order.

Finally, the great designer Vadim Kibardin had a profound impact on how I view the role of a creator. He showed me what it means to push boundaries through raw material experimentation and innovative form. From him, I learned the importance of tackling complex puzzles behind the scenes and maintaining a rigorous, uncompromising standard of excellence to create distinctive, original product families.

Rather than a single design manifesto, my work is continuously shaped by a deep, ongoing immersion in a vast collection of art history books and highly specific independent design print media.

The art history books provide the foundational bedrock. They are a constant reminder of structural order, architectural logic, and how visual languages evolve over centuries. They teach you to look past what is currently "hip" and focus instead on concepts that endure.

When it comes to contemporary inspiration, I look to magazines that treat interiors and objects as living, breathing narratives rather than sterile, staged showrooms. Publications like The World of Interiors, Design Anthology, Apartamento, Frame, and Openhouse have a massive impact because they showcase how design actually coexists with real, human lives. I am also particularly fond of The MacGuffin magazine, because its obsessive, single-object focus perfectly aligns with how I view design—treating a single everyday object as a complex, fascinating puzzle waiting to be decoded.

Developing my skills wasn't about a single breakthrough moment; it has been a continuous process of combining rigorous academic theory with a strict, hands-on discipline. My foundation was built by studying design history and art critically, which taught me to look past superficial, fleeting trends and analyze the structural logic and deep intentionality behind objects that endure.

The practical side of my skillset came from establishing a very deliberate, sequential workflow. I learned to balance the tactile, fluid nature of traditional art—starting projects quietly with watercolors and technical paper—with the uncompromising precision of advanced digital engineering. Translating a loose sketch into a flawless, functional piece requires solving complex structural geometry and material puzzles. By treating every project as a rigorous puzzle, pushing through exhaustive 3D digital simulations, and experimenting constantly with forms, I developed the precision needed to take a design from a quiet spark and refine it until it brings absolute peace and comfort to the person who lives with it.

If I could collapse time and space, my ideal room would be a gathering of avant-garde pioneers, modernists, and radical thinkers who entirely rewrote the rules of form, color, and structural logic.

I would want to sit down with Wassily Kandinsky and Paul Klee to discuss the deep, spiritual physics of color and abstraction, alongside Gustav Klimt to talk about intense visual texture. That fluid, artistic side would bridge right into the fierce, systematic energy of the Russian avant-garde and VKHUTEMAS masters—Natalia Goncharova, Konstantin Melnikov, Alexander Rodchenko, Alexander Bykov, and Vladimir Tatlin. I would love to debate with them how raw, industrial materials can be bent to serve architectural and spatial puzzles.

To talk about furniture and the reality of living spaces, I would bring together Alvar Aalto, Charlotte Perriand, Eileen Gray, and both Charles and Ray Eames. Their absolute respect for human comfort, pioneering material experimentation, and ability to give objects a sense of permanence is something I deeply connect with. I'd add Eero Saarinen, Marcel Breuer, Walter Gropius, Mies van der Rohe, and Pierre Jeanneret to the conversation to untangle the rigorous discipline of Bauhaus and modernist structural geometry.

Finally, I would want Friedl Dicker-Brandeis there for her brilliant, empathetic approach to art and design education, and Ettore Sottsass to inject a bit of his brilliant, rule-breaking radicalism. Discussing how a design moves from a quiet artistic spark into a lasting, functional anchor for human life with a room like that would be the ultimate creative dialogue.

I don't find myself famous at all. To me, receiving recognition isn’t about status or stepping into the spotlight; it is simply a deeply encouraging validation from the professional community. Winning an award means that other professionals looked at the complex structural puzzles, the material experiments, and the long hours of invisible backend labor, and saw the value in it.

It doesn't change how I work or how I view myself. The day after an award is announced, I am right back in my studio, going through the exact same quiet, disciplined rituals—sharpening pencils, prepping watercolors, and diving back into the next design challenge. The recognition is a beautiful milestone, but the focus always remains entirely on the work itself and creating objects that bring genuine peace and comfort to people's lives.

When it comes to my personal landscape of inspiration, Yves Klein Blue is my definitive color because of its intense, arresting depth that feels both entirely avant-garde and deeply pure. For locations, London is a favorite because its layered history and architectural energy make it an incredibly rich environment for creative thought. On the plate, I always lean toward seafood for its clean flavors and delicate, unpretentious simplicity.

My favorite season isn't a calendar month, but rather a masterpiece: Mikhail Fedorovich Larionov's Spring from his 1912 cycle The Seasons. I love its raw, avant-garde energy, texture, and brilliant artistic expression of rebirth and form. If I have to name my favorite thing in the world, it is without question my family—they are my ultimate anchor, providing the foundation of unconditional support and peace that grounds everything I do. Finally, when it comes to design philosophy, Artek and Vitra are the brands I respect the most because they represent the absolute pinnacle of design longevity, structural integrity, and an uncompromising respect for human comfort and everyday utility.

Shortly after I received my short course certificate from Central Saint Martins, word got around to some acquaintances. The very next day, people I barely knew were suddenly calling to enthusiastically congratulate me on becoming a "real designer."

It was a sharp, funny, and slightly absurd lesson in how much a piece of paper can instantly shift people's perceptions. To them, a credential from a famous institution suddenly validated everything overnight, as if the actual work, the hours of practice, and the dedication hadn't existed the day before. It really showed me how superficial external views can be, and how much people rely on titles and documents rather than the actual craft to judge who you are.

My creative process is intimately tied to the rhythm of my daily life and family responsibilities. Because I have two children to take care of during the day, my most focused design hours happen in the evening when the house becomes quiet. This natural boundary has shaped me into a highly disciplined creator; I treat the night as my dedicated window to bring my ideas to life.

How I work depends entirely on the task at hand, as my mind shifts between strict analytical counting and tactile experimentation. When I am at the computer handling precise measurements, technical drafting in AutoCAD, or strategic planning, I require absolute silence to focus on the dense data and writing. However, when I move into the analog world to build physical prototypes, test carpentry joints, or shape materials, I love to have something playing in the background to break the monotony of repetitive handwork.

In fact, I have a massive soft spot for design history lectures. I routinely stream them while prototyping, and they act as an incredible creative catalyst. As I listen to the evolution of modernist movements or historical production techniques, I constantly find myself pausing to sketch entirely new object concepts triggered by the lecture.

My visual language also retains a strong connection to pure artistic play. Recently, while looking through one of my watercolor boxes, I unexpectedly discovered a perfect, cohesive color scheme. That specific, accidental palette felt so right that it has now become a signature element integrated into all of my current project sketches. Managing my process is all about this fluid exchange—balancing the structure of mathematical logic at night with spontaneous artistic discoveries and the rich history of the craft.

Not explicitly, but looking back, the signs were absolutely there—even if my parents somehow didn't notice them at the time.

Growing up in the Soviet Union, I was lucky enough to have a set of simple, square building blocks that imitated the classic DSK-2 panel houses. I used to build with them without stopping. I even vividly remember finding a way to construct an elevated road for toy cars running right on top of one of the buildings.

When I played with dolls, it was never about the dolls themselves; it was entirely about spatial layout and interior architecture. My entire play routine revolved around creating different apartments with distinct furniture setups. Some of the pieces were broken items I had salvaged, and others I made entirely from scratch myself. I was constantly rearranging, constructing, and configuring spaces, completely obsessed with structural form and layout before I even knew what the word "design" meant.

I want them to know that good design is never about chasing trends, status, or superficial validation. True design is a rigorous, quiet discipline. It is about taking a chaotic idea and refining it until it becomes a highly functional, structurally sound object that brings genuine peace, order, and physical comfort into a home.

Behind every finished piece, there are countless invisible hours of hard work—balancing family responsibilities during the day, and using the quiet hours of the night to draft, calculate, and bring concepts to life. It requires a constant fluid exchange between strict mathematical logic and raw, artistic play. I hope the people who follow my work can see that dedication in the final objects, and that those pieces provide a sense of permanence and comfort in their own everyday lives.

My path as a product designer is shaped by a unique convergence of technical discipline, strategic digital design, and a relentless passion for physical materials. I come from a strong physical-mathematics background, graduating with a golden medal from an intense mathematics high school where I mastered mechanical drawing over the course of eight years. This early education deeply instilled in me a lifelong love for geometric patterns, rigorous structures, and finding analytical solutions to complex design challenges.

Before transitioning into physical product design, I spent over a decade working as a digital strategist and UX strategist for prominent agencies and media companies like Red Keds and Condé Nast, even teaching UX strategy at the British School of Design. This extensive background in user experience means I always approach design with a sharp focus on ergonomics, human behavior, and sustainability. Because my formal university degrees are in Economics and Digital Marketing, I look at every object through the eyes of the consumer, ensuring that artistic expression always aligns with functional and market viability.

Over the last seven years, I have operated as an independent product designer under my brand, NNaymark Design, expanding my skills through intensive, specialized coursework. I have studied furniture design at Central Saint Martins, manufacturing processes at MIT, and architectural history through HarvardX and MoMA. To deeply understand the physical reality of my work, I have taken hands-on design courses in carpentry, 3D modeling in Rhino3D, and lighting practice—even collaborating on lighting exhibitions for prominent institutions like the Moscow Museum and the Gilyarovsky Museum.

Becoming a designer was the natural evolution of these chapters. It allowed me to bridge the gap between mathematical logic, user-centered ergonomics, and tactile material beauty—combining my structural training with a deep reverence for ancestral craftsmanship and avant-garde form.

NNaymark Design is not a traditional multi-person design studio or a corporate agency. It is a personal trading name and brand identity that I operate entirely as a solo, independent professional designer.

Maintaining a strictly individual practice is a deliberate choice. It allows me to protect the creative integrity of my work, granting me the total freedom to spend years meticulously researching concepts, pushing the limits of digital modeling programs, and refining technical drafts with super precision without the pressure of commercial studio overhead.

While I work completely alone during the conceptual, 3D modeling, and technical drawing phases, my operational model relies on strategic external partnerships. Instead of employing an in-house team, I collaborate directly with specialized craftsmanship experts and industrial manufacturers to bring my complex, monumental designs to life. This lean, solo approach ensures that every piece of collectible furniture, lighting, or architectural material carrying the NNaymark Design name is a direct, uncompromised reflection of my personal design philosophy and technical precision.

For me, design is the ultimate intersection of structural logic, human ergonomics, and material storytelling. Coming from a rigorous physical-mathematics background, I do not view design as mere superficial decoration or transient styling. Instead, it is an analytical process—a way to solve complex geometric and spatial puzzles while honoring the absolute physical reality of the materials being used.

Design means building objects that serve as permanent structural anchors for an interior space rather than disposable consumer goods. It requires a profound respect for the user's interaction with the piece, drawing heavily from user experience principles to ensure that even the most monumental, brutalist, or avant-garde forms remain deeply intuitive and ergonomic.

Ultimately, design is a bridge between generations and technologies. It is the practice of taking deep, ancestral narratives and traditional craftsmanship philosophies, and translating them into contemporary physical realities through the precision of modern digital tools. It is where mathematical precision meets tactile material beauty to elevate a functional object into a piece of living history.

I am most passionate about designing substantial, narrative-driven objects that challenge traditional material typologies—specifically within the realms of furniture, lighting, and ceramic design. I thrive on the challenge of taking everyday utilitarian items and reimagining them as heavy, permanent structural anchors for interior spaces.

Architectural furniture is a massive focus for me. I love creating pieces where the monumental weight of architectural brutalism or the clean geometry of avant-garde form intersects seamlessly with human ergonomics. My favorite concepts to explore are those that seem almost contradictory at first glance—such as a heavy, industrial furniture piece that serves a quiet, delicate domestic function.

Beyond furniture, I am deeply drawn to exploring geometric relief and modular systems across different materials. This includes designing highly structured modular lighting systems, developing architectural materials like ceramic wall tiles, and experimenting with unique tactile surfaces in porcelain.

Ultimately, I like designing works that demand absolute technical precision. I enjoy taking a concept and spending years meticulously refining its geometry, calculating its structural balance, and mapping its proportions in a digital landscape until the piece transitions from a bold aesthetic idea into a flawless physical reality.

My absolute favorite design is the Madonna Tile Collection, an award-winning project that holds a very special place in my practice because of the incredible, transformative possibilities it opens up within a space. While I love furniture, this collection is my favorite because of the amazing things that can be created with it on a larger, architectural scale.

The collection is deeply rooted in geometric relief, modular design, and a careful play of light and shadow. Instead of viewing a tile as a simple, flat surface covering, I designed each piece with a distinct structural volume. When these modules are arranged together, they transcend the individual tile to create dynamic, fluid patterns across a wall.

What makes this design so captivating to me is its absolute versatility. Depending on how the modules are rotated, combined, and installed, a designer or architect can create entirely different visual narratives—ranging from sharp, avant-garde geometric configurations to soft, undulating rhythms that mimic organic textures. It is a system that invites continuous creativity.

Furthermore, the collection bridges the gap between digital precision and tactile reality. Pushing the boundaries of 3D modeling allowed me to calculate how light hits the reliefs at various angles, ensuring that the surface constantly changes and comes alive throughout the day. It is my favorite design because it isn’t just a static object; it is an open-ended toolkit for creating stunning, monumental architectural statements.

The first piece I designed for a company was a multi-functional interior project that combined a bench, a fireplace, and a table into a single, cohesive architectural element. I was specifically asked to develop this piece in the iconic Alvar Aalto style, which provided an incredible opportunity to explore the clean, organic lines of mid-century Scandinavian minimalism.

Working with a refined palette of wood and metal, the challenge was to balance the warmth and natural fluidity of the timber with the sharp, structural discipline of the metalwork. It required a deep understanding of how these two distinct materials join and interact under the influence of heat and daily use. This project was a pivotal early milestone for me, as it perfectly combined furniture design with spatial architecture, forcing me to think about how an object seamlessly integrates into a larger interior environment while serving multiple functional purposes.

My absolute favorite material to work with right now is washable paper textile. I am completely in love with its structural capabilities and its incredible tactile quality. It is a material that beautifully challenges our preconceptions of what paper can do, blurring the line between a delicate, traditional medium and a rugged, industrial textile.

What fascinates me most about washable paper is its unique sensory profile and its versatility. It possesses a wonderful, organic texture that patinas beautifully over time, yet it is incredibly resilient, lightweight, and completely washable. From a design perspective, it behaves like a hybrid—it can be stitched and handled like leather or fabric, but it retains the memory, crisp folding lines, and structural crispness of heavy paper.

This material perfectly aligns with my design philosophy because it allows for deep material exploration and sustainability without sacrificing strength. It proves that a material doesn't have to be rigid or heavy to have a powerful, permanent presence; it can be soft, flexible, and deeply tactile while remaining exceptionally durable.

I feel the most creative when I am completely immersed in design history lectures or spending time inside a museum. There is something incredibly grounding about stepping out of the day-to-day rush of the studio and entering a space dedicated to the evolution of human creation and craftsmanship.

For me, looking backward is the absolute best way to fuel looking forward. Studying historic avant-garde movements, analyzing the structural logic of Bauhaus furniture, or observing the delicate intricacies of historical porcelain exposes me to the core design philosophies of the past. It triggers my analytical brain to start pulling apart how those early masters solved complex spatial, material, and geometric puzzles with the tools they had.

Being in a museum environment shifts my mindset from practical, everyday execution into deep, conceptual storytelling. It allows me to mentally cross-pollinate historical narratives with modern digital possibilities, which is almost always when the spark for a new collection, a unique modular system, or a bold geometric relief begins to take shape.

My focus is always locked on absolute cohesion. After ensuring ergonomics—which is the non-negotiable baseline of any object because design simply cannot live without serving human comfort and behavior—and before I even dive into the physical selection of materials, I concentrate heavily on making sure that every single detail of the underlying idea is structurally and conceptually unified.

Because of my background in mathematical discipline and user experience, I view an object as an entire ecosystem where every line, radius, and intersection must serve a purpose. I spend a massive amount of time in the digital drafting phase calculating how separate components interact, ensuring that a modular connection or a geometric relief isn't just an aesthetic afterthought, but a seamless extension of the piece's core logic. If the small details don't speak the exact same language as the overall monumental form, the piece fails. For me, true premium design happens in that critical window where the technical blueprint and the narrative intent achieve perfect harmony before the physical production even begins.

When I am in the middle of designing, the overriding emotion is an intense, all-consuming urgency—it is an absolute feeling of, "If I don't make this right now, I will die."

Because my creative process is rooted in solving complex geometric puzzles and bridging the gap between mathematical logic and tactile beauty, a new idea arrives like an intellectual emergency. It isn't a gentle, relaxing wave of inspiration; it is an obsessive, high-energy drive that completely takes over.

That is exactly why walking has become such a vital part of my creative rhythm. Because the urge to create is so overwhelming, going for a walk serves as a deliberate, forced delay. A walk physically prevents me from rushing to a computer or a sketchbook to build something immediately, which gives the concept room to breathe.

While I am walking, my brain is free to analytically deconstruct the concept, calculate the geometric proportions, and test the structural logic entirely in my mind. The intensity doesn't fade, but it channels into deep focus. The moment I step back through my front door, that urgent pressure translates directly into action, and I immediately put everything down on paper or into a precise digital draft.

When a design is finally realized and transitions from a precise digital blueprint into a physical, monumental object, the overwhelming emotion isn't just relief—it is an immediate, intimidating sense of artistic responsibility. I look at the completed piece and instantly think: "Will I ever be able to make something as good as this again?"

Because I spend years meticulously refining every geometric intersection and calculating the cohesion of every tiny detail before a piece is produced, seeing it perfectly materialized sets an incredibly high internal benchmark. The initial pride is instantly met by a sudden wave of creative pressure. The realized object becomes a monument to a specific breakthrough, and my analytical mind immediately starts demanding that the next project push the boundaries of material, form, and logic even further to match—or surpass—what was just achieved

Honestly, I have no idea. There is no magic formula, but if I have to define it, a successful design comes down to two foundational pillars: visual erudition (насмотренность) and relentless hard work (работоспособность).

Success isn’t about waiting for a sudden stroke of genius. It is built on a deeply cultivated visual literacy—constantly observing, studying design history, and absorbing architectural forms until your intuition can instantly recognize what makes an object balanced and cohesive.

But taste alone means nothing without an exceptional work ethic. A design becomes successful through pure, exhausting labor: spending years obsessively refining a single concept, running endless calculations, and re-drafting technical blueprints over and over until the geometric logic is flawless. It is that grueling transition from a raw, urgent idea into a precisely engineered physical reality that ultimately determines whether an object succeeds.

First and foremost, I ask myself: "What for?"

Before evaluating form, proportion, or aesthetics, you must identify the object's fundamental purpose. A design cannot be judged in a vacuum; its quality is entirely dependent on its intent. What problem is it solving? Who is it for? How does it serve human ergonomics and behavior?

Once the "what for" is clear, I then look at how cohesively the idea is executed. I look to see if the structural logic, the choice of materials, and the micro-details all align to answer that initial purpose. If an object doesn't have a clear reason for being, or if its details don't support its core function, then no amount of superficial styling can make it a good design.

From my perspective, a designer’s ultimate responsibility is to reject the lazy habit of forcing innovative materials into old, existing forms. It is not enough to just find a sustainable or interesting material and use it to remake a standard object that has been designed a thousand times before. That is a superficial approach that fails both the material and the environment.

Instead, the true responsibility lies in the deep, rigorous work of defining what a new material can uniquely do, and then discovering entirely new forms that are natively born from its specific properties.

When you discover a material like a washable paper textile or work with modular architectural ceramics, you cannot treat them with the same structural logic as traditional wood or heavy metal. You have to listen to how the material behaves—how it holds memory, how it folds, how it interacts with light, or how it segments. Your job as a designer is to engineer an entirely new visual and structural language that allows that material to perform at its absolute highest, most cohesive potential.

By refusing to repeat old forms and instead inventing new, precise geometric systems tailored strictly to the material itself, we create objects that have a genuine, permanent reason to exist. That is how we respect our resources, push the discipline forward, and create meaningful, lasting contributions to society.

The design field is evolving away from the outdated, speculative model of mass-producing furniture collections and hoping they sell. The future of design belongs to a highly agile, precision-based system that completely eliminates waste and aligns production directly with real human need.

We are moving toward a dual-path model of operating. On one side, the process becomes deeply digital and analytical: running online tests to gauge exactly what people want to buy before a single piece of material is touched, ensuring that physical production only happens when there is a confirmed demand. On the other side, physical creation will be reserved for high-level curation—utilizing advanced 3D prototyping to build precise, conceptual pieces specifically for exhibitions and gallery shows.

This evolution shifts the role of the designer. We are no longer just creators of static products; we are orchestrators of a smarter, demand-driven ecosystem. By combining digital testing with targeted 3D prototyping for exhibitions, we can push artistic boundaries and explore radical new forms without contributing to overproduction. The future is a lean, intentional reality where an object is only realized when it has a definitive purpose and a guaranteed place in the world.

I haven't had any exhibitions, and honestly, I have no idea when or if I want to hold one. Right now, I am just a little bit too exhausted to even think about it.

My design inspiration comes from a distinct collision of sharp geometric logic and historical art forms. I draw heavily from the bold structural purity of the avant-garde, the functional discipline of Bauhaus, and the clean, restrained lines of Scandinavian minimalism. At the same time, I am deeply inspired by the unique textures and cultural narratives found in Soviet porcelain. It is this mix of strict minimalism and rich historical craftsmanship that feeds my creative vision.

I don't wait around for random inspiration to strike. I feed my creativity through a highly disciplined combination of visual erudition (насмотренность) and constant observation. I study design history, architectural forms, and material behaviors until my intuition can instantly recognize how to balance an object.

Ultimately, inspiration for me is about finding the raw narrative structure behind a material or a historical concept, and then doing the relentless analytical work to translate that into a permanent, modern physical reality.

I don't want to design in one specific style because I feel that kind of limitation will kill me in the long run. Constraining my work to a single label or a static aesthetic formula feels like an intellectual trap.

Instead, my approach to design is rooted in a continuous dialogue between strict geometric logic and rich historical forms. Rather than adapting to a predefined style, I let the project be guided by a deep visual erudition (насмотренность)—drawing sharp structural purity from the avant-garde, functional discipline from Bauhaus, and clean lines from Scandinavian minimalism, while contrasting that restraint with the unique, expressive textures of Soviet porcelain.

The main characteristic of my work isn't a signature look, but a rigorous technical methodology. My approach is to discover entirely new forms that are natively born from the specific properties of a material, rather than forcing that material into an old, existing shape. It is an obsessive, high-energy process where every micro-detail and geometric proportion must be calculated to achieve perfect structural harmony. By prioritizing this absolute material and conceptual cohesion over a rigid stylistic category, I keep my creative process completely open, fluid, and free from limits.

I live in Serbia. While I have a few things in my work that are inspired by the country, for the most part, I am interested in exploring other places, cultures, and historical eras rather than focusing strictly on local heritage.

Living and working here comes with its own distinct set of dynamics:

The main advantage is the freedom to look outward without being boxed into a singular, localized design identity. It allows me to maintain a global perspective, pulling sharp structural purity from movements like the Bauhaus, avant-garde, and Scandinavian minimalism, or investigating the unique craftsmanship of Soviet porcelain. Because I am not tethered to one specific local tradition, my creative process stays entirely open to whatever material or geometric puzzle interests me next.

On the downside, focusing primarily on international design languages and a highly digital, demand-driven production model means my work doesn't always align with the traditional, localized manufacturing setups around me. Operating globally from a specific geographic hub requires extra effort to coordinate international testing, sourcing specialized prototyping tools, and managing logistics. However, this challenge ultimately reinforces my commitment to keeping the design process highly agile, lean, and unconstrained by geographic boundaries.

I bring a unique and highly disciplined dynamic to corporate collaboration, backed by extensive experience working as a UX strategist. Because of that background, my approach to any project is defined by a ruthless attention to detail, a love for group collaboration, and an absolute obsession with perfect time management. I don't just look at an object aesthetically; I look at it strategically—analyzing how a user interacts with a system, calculating behavior, and ensuring flawless execution within strict timelines.

When it comes to the physical design world, however, I haven't actually collaborated with any companies on furniture or industrial products yet. But that is precisely what makes my approach distinct. I am not entering the field with tired, traditional manufacturing habits. Instead, I am translating the high-level analytical precision, strategic testing models, and user-centric problem solving of a seasoned UX strategist directly into the physical realm. Companies working with me get someone who loves the synergy of a team, commands the timeline perfectly, and possesses the technical discipline to ensure every micro-detail has a definitive, calculated purpose.

To work effectively with a designer and select the right partner, companies need to move away from vague, purely aesthetic briefs and adopt a highly structured, analytical framework from day one. The biggest mistake companies make is failing to align on the core structural, user, and material parameters early on, which inevitably leads to a massive waste of resources and having to completely redo things later in the design process.

My absolute best suggestion for companies is to establish a rigorous evaluation process before the project even begins, rather than just doing a subjective portfolio review. Personally, I like to use a Lean Canvas approach to strip away the fluff and force immediate clarity on what we are actually trying to achieve.

When a company is looking for a good designer, they should look for someone who doesn't just focus on superficial styling, but who approaches a project by asking "What for?" and analyzing actual user behavior. You need to look for technical discipline—someone who can break down a concept into precise geometric logic and calculate every micro-detail before it ever hits physical production, catching errors in the drafting and 3D prototyping phase before expensive materials are wasted.

Ultimately, companies should select a designer who understands how to discover new forms natively born from a material's specific properties, rather than lazily forcing materials into old, existing templates. When you find a designer who balances that structural creativity with meticulous time management and a love for collaborative group dynamics, you don't just get an artist—you get a strategic partner who ensures every detail has a calculated, definitive purpose from the very first sketch.

For me, the process actually starts way before I even think about sketching a shape or touching any material. Because of my background as a UX strategist, I look at design through an analytical lens first. I start with a framework like a Lean Canvas to strip away all the fluff, and then we run online tests to see what people actually want to buy. I want to know there’s a real, confirmed demand before we even think about manufacturing anything. It completely flips the traditional, wasteful mass-production model on its head.

Once a concept is validated, that’s when the deep engineering and digital modeling start in software like Rhino3D or Blender. This is where I get incredibly meticulous. I don’t believe in just finding a cool material and forcing it into an old, standard shape. I spend a lot of time studying the material itself to figure out what it can uniquely do, so the final form is born natively from its properties. I’m obsessive about the details, so every interlocking joint, groove, and tolerance is calculated mathematically in 3D to make sure it’s structurally perfect.

Physical production is the very last step, and we reserve it strictly for confirmed needs or high-level curation, like using advanced 3D prototyping to build conceptual pieces for exhibitions. Ultimately, my process is about balancing that strict, analytical digital testing with rigorous drafting so that an object only exists if it has a definitive purpose and a clear reason to be here.

The first one is definitely my Hobonichi planner. I am incredibly careful with details and scheduling, so having that specific, beautifully designed layout for daily planning is essential for me.

Next are my paper vases from Taita, along with the matching light from the same collection. I love objects that explore depth, texture, and how light interacts with a surface, and those pieces do it so beautifully through simple, structured paper.

Then there are my precision cutters. Because I use professional architectural modeling and Kirigami tools rather than standard stationery, having a perfectly weighted, razor-sharp edge for tactile drafting and prototyping is a must.

Finally, on a completely different note, my Disney Darth Vader cup. It’s just one of those fun, personal items that breaks up all the serious design logic in the house.

My day is completely dictated by the natural rhythm of my family responsibilities and my creative process. Because I have two kids to take care of during the day, my actual focused design hours don't start until the evening when the house finally gets quiet. That dynamic has forced me to become highly disciplined with my time.

The way I work shifts completely depending on the task at hand. When I’m at the computer doing dense technical drafting in AutoCAD or handling strategic planning, I absolutely need total silence to focus on the numbers and data. But when I move into the analog world to build physical prototypes or test carpentry joints, I love to have something playing in the background to break up the repetitive handwork. I have a huge soft spot for streaming design history lectures while I work. Listening to the evolution of different movements acts as a total catalyst for me, and I’ll constantly find myself pausing to sketch out new object concepts triggered by whatever the lecture is talking about.

Lately, my visual language has also been influenced by a bit of spontaneous play. I was looking through an old watercolor box of mine and unexpectedly hit on this perfect, cohesive color scheme. It felt so right that it’s now become a signature element I’m integrating into all my current project sketches. So my day is really this fluid balance of taking care of family, channeling strict mathematical logic at night, and finding unexpected artistic inspiration along the way.

The absolute biggest hurdle you are going to face at the beginning is a deep, agonizing impatience. If you are a true creator, you’ll feel this overwhelming frustration because you just want your things to become real, right now. It is so easy to feel defeated when your ideas are stuck in a sketchbook or on a screen because you don't have the manufacturing resources, the budget, or the machinery to build them yet. My advice is to embrace that frustration—that burning desire to see your work exist in the physical world is the exact engine that will push you through the exhausting hours of learning.

You have to use that impatience to fuel a strict, self-directed education. Don't wait around for a perfect opportunity to start building your technical toolkit. When I transitioned into this field, I systematically built my own path by taking advanced courses from institutions like Central Saint Martins and MIT. You have to learn how to draft with absolute digital precision, but you also need to get your hands dirty with actual materials.

My biggest warning is to fight against the pressure to conform to safe, boring shapes. When the industry tells you to keep everything overly simple, fight for a sense of play. In my Madonna Tile Collection, I deliberately brought something whimsical into structural construction patterns because design should have personality. And when you discover new materials, don't force them into old, traditional forms—let the material itself dictate a brand-new shape.

Lastly, be realistic about your daily life and find a rhythm that protects your creative energy. Because I take care of my two children during the day, my design work happens almost entirely at night. I need absolute silence when I am doing precise calculations, but when I am working with my hands, I keep the monotony away by streaming design history lectures. I sketch constantly during those lectures, and I keep my eyes open for accidental inspiration—like the time I found a perfect color scheme hidden inside an old watercolor box that now anchors all my current sketches. Success doesn't happen overnight, but if you maintain your self-discipline, protect your whimsical ideas, and let that hunger to create real, physical objects drive you forward, you will build a career to be proud of.

On the positive side, the absolute best part is having the strategic and technical toolkit to take a completely abstract concept from your mind and turn it into a permanent, physical reality. When you have the discipline to master tools like Rhino3D, Blender, or AutoCAD, you gain this incredible creative freedom. You aren't dependent on anyone else to interpret your vision; you can calculate your own precise geometric logic and build the work exactly how it should exist. There is also a beautiful sense of play and discovery in the process—like when you're streaming design history lectures in a quiet house at night, or when you unexpectedly stumble across a perfect color palette in an old watercolor box that suddenly anchors all your sketches. It allows you to inject genuine personality and whimsey into structural objects, creating things that have a definitive reason to exist.

The negative side, honestly, is the intense, exhausting pressure of managing that creative drive alongside the realities of daily life. Because my design work happens almost entirely at night while managing family responsibilities and looking after my two children during the day, it requires a ruthless amount of self-discipline that can leave you completely drained. There is also a deep, agonizing impatience that every true designer carries—this constant, frustrating hunger to see your ideas materialized right now, which can feel incredibly defeating when a concept is stuck in the drafting or 3D prototyping phase because of logistics or resources. You are constantly fighting against the pressure to conform to safe, boring industry standards, and balancing that constant mental tension between strict mathematical counting and spontaneous artistic play is an exhausting tightrope walk.

My golden rule is that an object must never be forced into a form that doesn't natively belong to it. You cannot take a brand-new material or a modular system and lazily jam it into an old, traditional template just because it's safe or familiar. Every material has its own logic—its own structural limits, its own way of holding memory, and its own relationship with light and surface texture. Your job as a designer is to listen to how it behaves and engineer a precise geometric system that lets that medium perform at its absolute highest potential.

At the same time, that structural discipline has to coexist with a genuine sense of play. If you strip away all the personality to conform to boring industry standards, the work dies. So my rule is about balancing those two extremes: you perform the ruthless analytical work and mathematical counting needed to calculate every micro-detail, but you protect your whimsical ideas. When you align absolute material cohesion with strict technical precision, you create objects that have a permanent, definitive reason to exist in the real world.

irst, you absolutely must master visual erudition and deep technical discipline. You need to move past standard sketching and become highly proficient in advanced digital modeling and drafting tools like Rhino3D, Blender, and AutoCAD. These allow you to calculate exact tolerances and precise geometric logic in 3D before you ever touch a physical medium, catching errors early so you don't waste expensive materials.

Second, you need the analytical skill to understand structural and material cohesion. A great designer doesn't just sketch a shape and lazily force a material into it. You have to know how to study a material's specific properties and discover an entirely new form natively born from how that material behaves.

Finally, you need ruthless time management, self-discipline, and a real love for collaborative group dynamics. Design never happens in a vacuum—it is a strategic partnership. You need the high-level strategy to validate demand early using frameworks like a Lean Canvas, the dedication to spend hours handling meticulous micro-details in absolute silence, and the ability to seamlessly integrate your work into a team workflow.

My toolbox is a highly disciplined mix of advanced digital software, professional analog tools, and deep historical anchors. I don't use standard stationery or basic sketching pens; everything inside my studio is selected for absolute precision and geometric logic.

On the digital side, my workflow relies heavily on computer-aided design and 3D modeling tools. I use Rhino3D and AutoCAD to calculate exact tolerances, map out complex modular systems, and refine curvilinear structures. I also pull in Blender for visualizations, and use Figma to bridge the gap between high-level layout strategy and physical drafting. Before any of that geometry even begins, I use digital strategic frameworks like a Lean Canvas to run online validation tests, ensuring there is actual demand before production.

When I move into the analog world for hands-on prototyping and material experimentation, my physical tools are strictly professional-grade modeling and Kirigami equipment. I rely on precision cutters and heavy-duty studio tools to test how materials fold, how carpentry joints lock, and how porcelain models behave. For organization, my absolute staple is my Hobonichi planner, which keeps my meticulous daily timeline intact.

The final, essential part of my toolbox consists of my creative catalysts. I routinely stream design history lectures right in the studio while I work. My visual library is constantly fed by the bold structural purity of the avant-garde, the functional discipline of Bauhaus, Scandinavian minimalism, and the unique textures of Soviet porcelain. And lastly, for color, I keep an old watercolor box close by—it's where I accidentally discovered the perfect, cohesive palette that now anchors all my current project sketches.

Time management for me is all about strict boundaries and absolute discipline, mostly because my daily life is split into two completely different realities. Because I take care of my two children during the day, my dedicated design hours don't even start until the evening when the house finally gets quiet. That natural constraint has forced me to treat the night as a highly focused window where there is absolutely no room to waste time.

To keep this routine functioning without burning out, I rely heavily on an organized, step-by-step process. I map out my entire schedule using my Hobonichi planner, which ensures that every day is accounted for and meticulously tracked. I also save an immense amount of time by completely rejecting the traditional method of mass-producing random furniture collections and hoping they sell. Instead, I use a Lean Canvas framework to run online validation tests first. If the data shows there isn't a clear demand for an object, I don't waste weeks drafting it or building prototypes.

When a project is validated, I split my tasks based on my mental energy and environment. If I am handling dense data, calculating complex geometric tolerances, or technical drafting in AutoCAD and Rhino3D, I require absolute, dead silence to get through the work without making mistakes that cost time down the road. But when I move into repetitive physical work—like testing carpentry details or modeling shapes—I stream design history lectures in the background. It keeps the monotony away and acts as a huge creative shortcut, letting me sketch out new ideas right then and there instead of staring at a blank page waiting for inspiration to strike.

Honestly, it varies completely depending on how right the concept feels, but it usually takes about two to three years—and sometimes even longer if I’m not entirely sure about the direction. But if I am absolutely crazy about an idea? I can push it through in about a year of intense, hyper-focused work.

The reason it takes that long is because the process is anchored by a highly structured, demand-driven timeline. It always begins with an initial phase of strategic validation. Before I ever touch a computer or sketch a line, I spend time mapping out the concept using a Lean Canvas and running online tests to ensure there is a confirmed market need. I want to know the object has a definitive purpose before investing years of my life into it.

Once the data validates the idea, the deep engineering phase begins. Using digital software like Rhino3D, AutoCAD, and Blender, I spend months performing rigorous mathematical calculations to map out complex curvilinear modules, interlocking joints, and exact structural tolerances. Every single groove and micro-detail has to be calculated to ensure absolute material cohesion before anything goes to production.

Finally, that timeline wraps up with targeted prototyping. Because my focused design hours happen in the evening when my two children are asleep, I treat the night as a highly disciplined window to build physical mock-ups, experiment directly with material properties, and refine details with professional modeling tools. I will spend as much time as necessary until the physical piece matches the digital precision on my screen, which is why a truly resolved object cannot be rushed.

Honestly, the question I get asked more than anything else is: "Did someone make you choose this?"

People look at my lifestyle—balancing family responsibilities during the day with exhausting, hyper-focused design work that happens almost entirely at night—and they assume it must be a burden. They see the relentless self-discipline and the deep, agonizing impatience that comes with wanting your ideas to become real, and they wonder why anyone would willingly choose a career that requires that much mental tension.

But the truth is, nobody forced me into this path. I chose it because I have a genuine hunger to build real, physical objects. When you are a true creator, that burning desire to see your work exist in the world isn't something someone else forces on you—it is an internal engine that you simply cannot turn off.

My most important experience was when I took an absolutely different path on a project during my time in advertising. We built a highly successful product virtually out of nothing—at the cost of a dime—simply by throwing out the standard playbook.

That experience completely reshaped how I view design. It proved to me that you don't need massive manufacturing budgets or endless resources to create a major impact. Instead, you need a willingness to take risks, a strict strategic framework like a Lean Canvas to validate your ideas, and the discipline to lean into constraints. That is exactly why there should be challenges in the creative process. When resources are tight, it forces you to stop relying on safe, boring templates and actually forces you to innovate. It taught me to view obstacles not as roadblocks, but as the ultimate competitive advantage for creating something truly intentional.

I operate as an individual professional, and my clients are mostly private individuals who commission me to design custom furniture and objects for their personal interiors.

I really prefer this direct, one-on-one dynamic because it allows for a much deeper level of collaboration. Instead of mass-producing generic pieces for a corporate catalog, I get to work closely with people to understand how they actually live and interact with their spaces. It lets me bring strict technical precision and a distinct sense of personality right into a specific home, creating bespoke pieces that have a definitive reason to exist in that exact environment.

Without a doubt, designing tiles.

There is an incredible, rigorous challenge in working with a modular medium. You aren't just designing a single standalone object; you are engineering a precise geometric system where individual pieces have to lock together perfectly to create a larger, cohesive structural pattern. It forces you to balance absolute mathematical logic with tactile material execution.

Tile design is also the perfect playground for fighting against safe, boring industry standards. It allows me to bring a genuine sense of play and whimsical personality directly into permanent construction materials [cite: Gemini Chat. Evidence: User drafted concepts referencing armchair bauhaus, Scandinavian minimalism, and soviet porcelain and expressed interest in avant-garde design. Date: 2026-04, Gemini Chat. Evidence: User finalizes an appeal to the A' Design Award Account Review Team regarding their individual professional status. Date: 2026-05]. When you find that exact sweet spot between strict engineering and a distinct artistic vision, you can transform a flat, functional surface into something that holds a massive amount of character.

Right now, my immediate focus is on an exciting milestone ahead this summer: I am attending a formal gala night at Teatro Sociale Como in Italy. It is going to be a beautiful moment to step away from the late-night studio routine, celebrate recent milestones, and connect with the international design community.

Beyond that, my long-term growth path is defined by a continuous transition from the digital screen to the tangible, physical world, evolving from an independent, self-taught designer into an internationally recognized studio. Over the last seven years, my focus has been on mastering the foundational rules of form, ergonomics, and material properties. Moving forward, my future plans are centered on scaling my business, NNaymark Design, and shifting from small-scale prototypes to industrial production and manufacturing. I want to take the geometric systems and volumetric surface textures I have developed in my evening sketching sessions and apply them to larger, more complex architectural and interior installations.

What is next for me is expanding on the modular logic of my recent work to create a cohesive collection of interior architectural elements that seamlessly bridge the gap between furniture and structural space—specifically large-format, systemic furniture and wall relief panels. Having established a disciplined workflow that balances precise digital drafting in AutoCAD with hands-on material testing, my next immediate step is to master Blender to elevate my 3D modeling, visualization, and digital prototyping capabilities. This will allow me to refine intricate, curvilinear geometries before bringing them into the physical workshop, continuing to build objects that have a definitive, intentional reason to exist in the real world.

I operate as an individual professional under my personal brand, NNaymark Design, so the initial creative vision, the technical drafting, and the 3D modeling are things I develop entirely myself. Because my focused design hours happen at night while I manage daily family responsibilities during the day, the core of my design process is a highly disciplined, solitary routine. I am the one performing the rigorous mathematical calculations in Rhino3D or AutoCAD and testing how materials behave with professional modeling tools in my studio.

However, design never truly happens in a complete vacuum, and I view the broader execution as a strategic partnership. While I am a solo creator when it comes to the conceptual and engineering phases, I absolutely love collaborative group dynamics when it comes to bringing the work to life. I seamlessly integrate my precise digital blueprints and technical sheets into team workflows when collaborating with manufacturers, specialized craftsmen, or interior professionals to get the objects built. So while the design DNA and initial execution are entirely mine, it takes a collaborative effort to transition those concepts from a screen into a permanent, physical reality.

I have two major projects in development right now that really highlight my love for modular systems and structural discipline.

The first is a modular outdoor table concept that completely rethinks traditional furniture support. It features a heavy top made from a recycled glass-concrete mix, supported by interlocking kiln prop legs. Instead of using standard hardware, metal reinforcements, or a bulky central column, the segments are engineered to lock directly into place via corresponding grooves (klin inside) built into the underside of the tabletop. It’s been an intense exercise in balancing weight, gravity, and precise geometry to ensure the table remains perfectly stable and truly modular without becoming permanently fixed.

The second project is an interview and technical sheet review for my brutalist Nakovalnya Chair concept. This piece is incredibly close to my heart, as it connects deeply to my family history—specifically my paternal ancestor who worked as a blacksmith in Southern Russia, shaping raw metal and horseshoes. The design leans into that heavy, industrial, and forged aesthetic, translating a raw historical legacy into a modern, functional furniture piece. Both projects are currently moving through rigorous 3D modeling and prototyping phases in the studio, pushing me to find that perfect sweet spot where strict technical execution meets deep personal narrative.

The best ways to get in touch with me directly for custom furniture commissions, interior collaborations, or press features are through my website, email, or Instagram:

Website: nnaymark.design

Email: naymarknk@gmail.com

Instagram: @nnaymark_design

Since I split my time between active studio prototyping and managing technical design workflows, email or a message through my official channels is the most reliable way to reach me for structured business inquiries or to schedule a dedicated consultation.

I think it’s important to mention that while I operate as a highly disciplined, independent designer, this solo approach has earned significant international recognition. I was recently honored by the global design community with an Iron A' Design Award for my brutalist Nakovalnya Chair, alongside Bronze A' Design Awards for both the Matisse Blue Lamp and the Madonna Tile Collection. For an individual professional, receiving this level of peer validation from an international jury is incredibly meaningful. It proves that the relentless hours spent calculating tolerances and testing materials in my late-night studio sessions are yielding work that truly resonates on a global stage.

The moment of realization happened when I stopped trying to design a conventional chair and started looking for a structural anchor that could hold the raw weight of my family's history. My ancestors, the Kursk peasants, were universal masters who built, forged, and crafted everything they needed out of absolute necessity. In that world of self-reliance, the blacksmith's anvil wasn't a decorative symbol; it was the heavy, grounded heart of all creation.When I looked at the silhouette of an anvil, I saw a beautiful, purposeful geometric paradox. It has a massive, uncompromising base designed to absorb heavy impact, yet it tapers into precise, functional lines. I realized this exact geometry was perfect for re-examining the valet chair typology. By translating those heavy, brutalist proportions into solid timber, the backrest could naturally serve its immediate physical utility—hanging garments.As a designer, nothing compares to the simple joy of seeing your work become a real-life object. After spending so much time looking at drawings and living with a concept in your head, finally seeing it exist in the real world is the most rewarding part of the job. It brings the entire process to life.

I believe that all truly good products always have a story behind them. Storytelling isn't just a marketing layer or a temporary trend; it is a fundamental part of all the things we design and sell. The Nakovalnya chair doesn't try to invent something new in that regard—it simply makes its specific narrative entirely visible and central to its form.The shift we are seeing in the furniture industry isn't about moving from "no story" to "having a story." It is about a growing appreciation for authentic, deeply personal histories over mass-market, generic ones. When a product openly shares its origin—like the way Nakovalnya bridges a design history lecture with the raw, purposeful resourcefulness of my ancestors—it changes how a consumer relates to it.Instead of buying a clinical, anonymous object, the consumer chooses to live with a piece that has an active voice. For designers, prioritizing storytelling means having the discipline to ensure that the functional, physical form and the narrative framework are entirely interdependent. When an object is born from a genuine history and a true connection to materials, it naturally becomes something people want to keep and live with for a very long time.

Using a multi-axis CNC machine isn’t about escaping hard work; it is simply a modern tool that requires its own high level of technical discipline. In reality, mixing new machinery with traditional methods is a pragmatic necessity. New technologies are essential—without them, we simply cannot move forward, and utilizing them can often make products more accessible and efficient to produce. Sometimes this approach leads to sustainability, and sometimes it doesn't, but a designer must balance all of these factors realistically.At the same time, we have to mix these modern technologies with older traditions so we do not lose craftsmanship entirely. The CNC machine allows you to achieve the precise, heavy, brutalist geometry and the exact depth needed for the seat. But wood is a living, unpredictable material. The machine does the heavy clearing, but it takes an actual human hand to understand the grain, finish the surface, and bring the material to life.For a designer, this is a completely neutral, balanced agenda. Everything is equally important. It connects back to the resourceful philosophy of my ancestors, who used whatever tools were available to them to transform raw materials into purposeful objects. Whether you are using a digital router or manual tools, the goal is not to favor one era over another, but to combine precision and craftsmanship to create an honest, functional product.

I believe the jury resonated with the fact that the chair offers a clear, practical solution without hiding behind decorative elements. The convergence of function, narrative, and material honesty works because each element supports the other. The heavy, brutalist form isn't just an aesthetic choice; it provides the physical stability needed for a functional valet backrest. It proves that an object can carry a deeply personal family history while still meeting strict, professional industrial standards for production and usability.Winning an international prize like the A' Design Award is an important validation for my practice. When you work entirely as a solo creator, managing everything from historical research to technical drafting, it can be easy to wonder if your specific perspective will connect with a broader audience. This recognition proves that narrative-driven, honest design has a clear place in the modern market.For the future direction of my practice, this award doesn't change my core methodology; it simply gives me the confidence to keep going down this path. It reinforces my belief that a designer must balance everything—integrating modern technology, respecting traditional craftsmanship, and keeping storytelling at the center of the objects we sell. Moving forward, I will continue focusing on creating purposeful, distinct furniture that carries an active voice into contemporary spaces.

Reconciling a heavy, brutalist form with physical comfort is a matter of precise engineering, and that is exactly why modern technology like a CNC machine is necessary. You cannot make a truly comfortable, functional sitting area without accurately calculating ergonomics. A machine allows you to execute those exact mathematical curves and seat depths perfectly every single time, ensuring the chair actually respects human proportions.The heavy mass of the anvil-inspired silhouette provides the stable, immovable visual anchor, while the digital precision handles the physical reality of sitting. You do not have to sacrifice ergonomic function to achieve a bold, sculptural presence; you just have to use the right tools to calculate the interface between the body and the material.Working through this process simply reinforced the fact that all parameters must be balanced equally. For a designer, technology isn't a shortcut—it is the very thing that allows a piece of furniture to hold a dual identity, acting as a powerful architectural statement while remaining a completely practical, comfortable object for everyday life.

The translation from historical research to the final form clicked when I stopped looking at the anvil as just a piece of metal and started analyzing its underlying structural logic. My research wasn't about trying to make a literal wooden replica of a blacksmith's tool; it was about understanding how those historical objects handled weight and stress, and then translating that stability into the language of solid wood joinery.The specific moment that unlocked the design was studying the connection points of old, heavy-duty workshop equipment and the proportions of traditional anvils. An anvil has to absorb immense, repetitive forces, so its entire shape is defined by thickened mass at the center and clean, flared geometry at the base. I realized that if I treated the chair's main joints—specifically where the backrest meets the seat—with that same heavy, flared logic, I wouldn't need to add fragile, decorative supports.This discovery directly dictated the use of thick, exposed mortise-and-tenon joints. Instead of hiding the connections, the joinery became the primary structural and visual statement of the chair, mirroring the honest, raw utility of the forge. By marrying those historic proportions with clean, modern wood processing, the research naturally transformed into a contemporary architectural object where the construction itself is the design.

The process of creating the Nakovalnya chair gave me a very practical template for how to handle a narrative, but it does not mean every future project will follow the exact same path. There will always be stories behind the work I do, but I don't want to be a designer of just one trick. My work will always change because the things that feel important to talk about will be different every time.For example, while some pieces are directly about my personal heritage, my next projects—like a concept inspired by the Mogilevskiy carpet—explore entirely different visual histories and ideas. The connection isn't a straight line of personal ancestry; it is simply about following an authentic concept and executing it in a completely different manner.Looking at the industry over the next ten years, I think the most important shift will be toward this kind of honest, diverse storytelling. The future isn't about repeating the same formula or choosing between old traditions and new technology. It is about a balanced approach where everything is important to the designer: using modern tools efficiently, respecting the materials, and having the freedom to tell different stories through functional, real-life objects.

I think the one thing to emphasize is that despite the historical narrative and the awards, this isn't a museum piece or a decorative sculpture. It is a functional domestic object meant for everyday life.The story behind the chair gives it a personality, but its real value only happens when someone actually brings it into their home, sits on it, and throws their clothes over it. The design isn't truly complete when it wins a prize or gets featured in an interview—it is only complete when it becomes a practical, useful part of someone's normal, daily routine.

Choosing a matte, low-VOC oil finish wasn't a complex philosophical statement; it was just the most logical and practical starting point for the material. Wood is a living texture, and if you spend time engineering a comfortable seat, you want the person sitting in it to actually feel the warmth of the grain.But beyond that, I always like it when wood lives according to where it stands. I don’t believe a designer should dictate exactly how an object must look forever. If someone buys this chair and decides to cover it, coat it, or alter the finish so it perfectly fits their specific interior and their life, I am totally fine with that.For me, the ethics of material treatment aren't about keeping an object frozen like a museum piece. It’s about creating a product that always keeps its soul, while still having the flexibility to change and adapt to the home it lives in. A simple oil finish gives the wood an honest start, but the real life of the chair happens when the owner makes it completely their own.

Calibrating the size and mass of the chair came down to a very simple silhouette, which is exactly why it carries that brutalist aesthetic. The entire design process was a struggle to use ровно столько, сколько надо материала—exactly as much material as necessary, and absolutely nothing more.Because the silhouette is stripped of any useless decoration, the simplicity itself gives the chair enough "air" to live comfortably in an interior without crowding it. It looks heavy and monumental because of its solid lines, but because it is so clean and efficient, it doesn't overwhelm the room. It occupies its space honestly.Ultimately, what this teaches us is that you don't need to make furniture fragile or invisible to keep a room feeling open. In a market full of over-designed, disposable furniture, there is a real value in objects that have a solid, permanent presence. By finding the exact boundary of what the material requires to be functional, you create a powerful visual anchor that brings identity and emotional grounding to a home, while still leaving room for the space to breathe.

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 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.

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.

I want to believe that the project resonated because it offers a very deliberate mix of elements: the structural utility of a modular system, the depth of fine art history, and years of dedicated material exploration. These components aren't isolated features; they work in tandem to create the object's identity.Beyond the technical specs, I think that when a designer is deeply invested in a product—when you genuinely care about the details and spend years researching how to make a material behave beautifully—that effort becomes visible. The international design community and the award jury can see and feel that level of intent. This recognition clarifies that the industry is ready for objects that don't compromise; audiences want products that pair rigorous technical innovation with real artistic and emotional soul.

I am so glad you raised this question, because navigating these exact technical nuances is precisely why I fell in love with this material in the first place! It is easy to look at the lamp and see a delicate, paper-like surface, but the reality of this synthetic medium is incredibly high-performing and robust.Because it is composed of 100% high-density synthetic fibers, it possesses inherent flame-retardant and self-extinguishing properties that organic papers simply cannot match. It safely handles temperatures up to its melting point around 135°C. For me, the turning point wasn't a crisis, but rather a beautiful moment of engineering harmony. By combining modern, low-heat integrated LEDs with the massive volume of the shade, the internal air circulation keeps the environment completely stable. This allowed me to achieve that precise, luminous blue glow across a massive surface area without ever compromising on safety or structural integrity. It proved to me that this material was absolutely the right choice.

I absolutely love working with color, and for me, every exploration of a hue is an opportunity for refinement. This specific blue is my absolute favorite; it is my creative safe spot. It is a color that possesses a unique superpower: it has the ability to instantly bring style, sophistication, and balance to any object, light, or piece of furniture it touches.What makes this blue so unparalleled is the immense cultural weight and class it carries from the twentieth century. It holds a deep artistic lineage—running from the emotional depth of Picasso’s Blue Period, through the pure, iconic sophistication of Yves Klein, to the fluid forms of Matisse himself. In the Matisse Blue Lamp, this color isn’t just a surface choice; it is the soul of the object. It bridges history and modern design, acting simultaneously as a cultural homage and a timeless, stylish anchor for any contemporary living space.

The modular architecture of the Matisse Blue Lamp was born from a desire for spatial adaptability. I wanted to create a form that could seamlessly transition across completely different interiors and life stages.If you live in a relatively compact apartment, you can configure the lamp with just a few drop-elements; it remains a stunning focal point without overwhelming the room. But as life changes, the object can grow. By adding components to the central stem, the lamp scales up effortlessly to command massive, gallery-like volumes, becoming a monumental showstopper.I love the philosophy of a light fixture that can journey with you through time. It is a beautiful thing when an object fits perfectly into your very first apartment where space is at a premium, and can evolve right alongside you until it eventually occupies the expansive rooms of the villa you settle into decades later. This idea of creating adaptable, evolving systems is absolutely shaping my future work. Moving forward, I want to continue designing furniture and lighting that aren't static conclusions, but flexible, high-quality companions built to grow and change with the people who live with them.

he honest answer is that you cannot shortcut the development of your visual library—what we call visual literacy or cultivated vision. It is the non-negotiable foundation of design, and it is a process that simply never ends. Even now, with an established practice, I still attend intensive art history and design lectures three to four times a year. It is never enough, and there is no way around it. At least, I haven't found one.The difference between simple replication and genuine transformation lies entirely in the depth of this visual immersion. If you only look at the surface of an artwork, your design will be a superficial imitation. But when you train your eye constantly, you begin to understand the underlying logic, composition, and emotional weight of historical movements. The creative journey behind the Matisse Blue Lamp teaches that you must study history so deeply that it becomes part of your subconscious. Only then, when you pair that deep cultural memory with years of rigorous, hands-on material testing and structural engineering, does the source material transform into something entirely new, functional, and contemporary.

Because my background is deeply rooted in mathematics, geometry, and years of rigorous technical drawing, calculating and visualizing complex, large-scale volumes is something that happens quite naturally for me early in the design process. I can map out the structural dimensions in my mind long before a physical prototype is built.However, what a digital model or a calculation can never truly predict is the unpredictable poetry of real-world light. The true challenge isn't the volume—it is the obsessive refinement of the tiny details, going over them again and again.My creative process is very immediate, tactile, and personal. Because I keep large rolls of the material right at home, I often test the spatial choreography simply by hanging sheets of it from sticks. This allows me to see exactly how the light filters through the overlapping layers, how the density shifts, and how the shadows fall as you move around it. It turns a complex geometric calculation into a living, breathing experience, ensuring that the final object behaves exactly as beautifully in a real room as it does in a mathematical equation.

Because the form of the lampshade is organic and highly complex, developing it required endless testing. It was essential for me to evaluate these intricate shapes both with and without light to see how they truly behaved.During these physical tests, I tried placing the light source in several different positions. Lighting it uniformly from the center made the organic form look flat and conventional. But placing the light strips exclusively along the upper curves allowed the illumination to cascade naturally, dissolving into shadow at the bottom. I chose this placement simply because it was the variant that looked the most beautiful and best emphasized the lamp's sculptural, organic volume.

The shift wasn’t a sudden, isolated epiphany—it was a collision of timing and ongoing work. Long before I stood in front of the icon, I had already been heavily experimenting with the modular ceramic logic of Vkhutemas and was actively developing a collection focused on the behavior of physical folds. My mind was already deeply trained in that specific geometric language. When I saw the 13th-century icon at the Pushkin Museum, it happened at the exact right moment and in the exact right way. I didn't see a flat religious image; I saw a brilliant, historic masterclass in structural lines that perfectly mirrored the three-dimensional problems I was trying to solve. The icon itself is an incredible, sacred piece of art, and the real intellectual challenge was handling it with immense respect. The hardest part of this project was translating those non-naturalistic, painted folds into a modern, repeating industrial grid without breaking the ancient, soulful emotion of the original lines. The breakthrough of the Madonna collection was achieving that exact balance: creating a high-pressure, calibrated modular system that somehow fully preserves the organic, authentic feeling of those historic folds.

Navigating this tension requires moving past the surface finish and looking at how historical art actually constructs space. In traditional iconography, the painted folds of a garment are never just decoration; they carry an intrinsic symbolic and architectural weight. During my visual research, what I chose to preserve symbolically was the profound emotional gravity and the soft, authentic spirit of the original drapery. I did not want to lose the soul of the 13th-century icon. However, what I chose to translate structurally was the underlying geometric matrix—the specific rhythm, angles, and directional lines that the Pisan Master used to create depth on a flat surface. By merging this historical research with the modular, rotational logic of Vkhutemas, the pattern stops being a shallow imitation of history and becomes a functioning architectural system. Each 300 x 300mm tile acts as a calibrated piece of geometry that can be rotated to form a fluid, non-repetitive wave. This balance reveals that modern spatial design does not need to flatten sacred heritage into a cheap graphic print to make it relevant. Instead, by treating historical visual language as a structural framework rather than an applied ornament, we can bring the warm, authentic, and timeless atmosphere of a sun-drenched Italian villa into contemporary spaces through a strict, industrial grid.

The production methodology behind this collection proves that scalable manufacturing doesn't have to strip the soul out of art history. Instead of using modern factory technology to simply copy a flat image, we can use it to capture the physical essence and behavior of historical masterpieces.By combining high-pressure press-molding with advanced digital inkjet printing and reactive glazes, we aren't just decorating a surface. We are industrializing a tactile feeling. The molding physically shapes the calibrated relief of the drapery, while the third-fire luster adds permanent metallic gold accents that catch the light exactly like an ancient icon. This synthesis demonstrates that industrial ceramic technology can be used to scale up deep, authentic visual heritage without flattening it into a generic, commercial product.The Madonna Tile Collection shows designers and manufacturers that preserving cultural visual language in modern building components requires a shift from imitation to structural translation. We don't have to choose between a cold, robotic industrial grid and a warm, handmade artifact. By embedding historic geometry directly into a high-performance modular system, factories can produce building materials that carry genuine narrative depth, architectural utility, and the timeless atmosphere of historical craftsmanship at a contemporary, scalable level.

The recognition of the Madonna Tile Collection reframes what a building material can be by proving that structural elements do not have to be cold, generic, or devoid of narrative. Usually, building materials are treated as purely utilitarian components or superficial decorations. This project demonstrates that a tile can function simultaneously as an unyielding mathematical grid, a high-performance architectural surface, and a vessel for deep cultural memory. It shows that aesthetic appeal and functional performance do not have to be compromised to achieve emotional and historical depth. As an independent interdisciplinary designer, receiving this prestigious recognition is incredibly meaningful. Working independently means managing the entire trajectory of a project alone—from the initial, solitary hours of visual research in a museum hall to raw material experimentation and calibrated modular engineering. This award validates the belief that a solo creator can successfully bridge the gap between archival art history and scalable, industrial production. It serves as powerful motivation to keep exploring, testing, and demonstrating that contemporary manufacturing can be infused with authentic heritage without losing its technical precision.

The tension felt most irreconcilable during the transition from the fluid, hand-drawn curves of the initial visual research to the strict constraints of the factory floor. In the 13th-century icon painting, the drapery folds are organic, continuous, and deeply atmospheric—they rely on subtle painted gradients to create an illusion of depth. But industrial high-pressure press-molding requires highly specific draft angles, strict geometric tolerances, and uniform depths so that the clay can release cleanly from the machine without cracking or warping during firing. At one point, the early digital models felt too rigid, flat, and corporate. They completely erased the soulful, ancient feeling of the original lines. The breakthrough came when I stopped trying to make the factory machinery copy the painting, and instead used the rotational logic of Vkhutemas to solve the industrial problem. I spent hours obsessively refining the physical geometry, calibrating the internal lines of a single 300 x 300mm module so that the strict, machinable angles would perfectly catch the light. To bridge the gap, I introduced a layered chromatic strategy: combining a reactive glaze with third-fire luster. The reactive glaze naturally settles deeper into the pressed recesses, creating an authentic, aged patina that mimics the hand-painted shadows of the icon. Meanwhile, the permanent gold accents catch the light at varying angles as you move past the wall. The struggle entirely dictated the final product: it forced me to create a highly precise, calibrated industrial system that somehow preserves the warm, soulful emotion of historical craftsmanship.

The breakthrough for this geometric logic came from studying the constructivist experiments of Vkhutemas. They proved that if you design a single module with strategic internal lines, simply rotating it breaks the monotony of industrial production.To develop the 300 x 300mm module, I mapped out a precise grid where the entry and exit points of the relief lines align flawlessly on all four edges. Whether an installer turns the tile 90, 180, or 270 degrees, the physical lines always connect seamlessly to the adjacent piece.This process reveals that mathematical structure and organic movement are entirely interdependent. The historical drapery folds of the 13th-century icon look alive because they follow a strict rhythmic logic. By capturing that rhythm inside a calibrated grid, the math fades into the background once installed. The grid completely disappears, leaving a surface that feels like an architectural textile, a continuous, non-repetitive wave of fabric flowing across the space.

I never design without historical context. I don't believe true innovation can happen in a vacuum, nor can it come without deeply understanding how we arrived at this exact moment in our lives. As designers, we must study what the people before us did to make the objects around us look, feel, and function the way they look today. The Madonna collection is proof of this philosophy, and my other award-winning work, the Matisse Blue lamp, is another.The evolution of the Madonna collection into an integrated design system allows us to break free from the traditional constraints of product specification and build a completely unified, multi-sensory interior ecosystem. Because the underlying rotational grid and fold geometry are entirely material-agnostic, the design language behaves like an architectural thread that ties a whole space together.In larger architectural contexts, I envision this system scaling up to create a sophisticated dialogue between hard and soft surfaces. The exact same non-repetitive, fluid wave that stands out as a rigid, calibrated ceramic relief on a feature wall can transition seamlessly into a massive statement rug, allowing the depth of the folds to be felt underfoot. It can wrap around custom contract upholstery or scale up as a continuous architectural wallpaper, ensuring that a cross-specification project maintains an elevated, cohesive conceptual language without ever feeling visually monotonous or repetitive.Looking ahead, my commitment to historical visual research is guiding me into major new territories. Right now, I am translating this exact philosophy into a massive architectural scale, creating a huge mosaic installation in honor of Aleksandr Rodchenko and his pioneering avant-garde graphic design for Dobrolet.Whether I am bridging the 13th-century sacred drapery of a Pisan Master for this tile collection, diving into 20th-century modernism for Matisse Blue, or building structural mosaics inspired by Soviet constructivism, the ultimate goal remains the same. I will continue using unyielding mathematical and spatial frameworks to rescue rich historical heritage from becoming cheap decoration, turning it instead into a living, physical presence within contemporary space.

The dimension of this collection that people haven't truly realized yet is its radical capacity for total spatial immersion. When industry professionals look at a modular pattern, they immediately think about a single accent wall or a specific surface. They don't realize that you could literally design an entire room—from the ceramic walls and floors to the carpets, the furniture upholstery, and even the decorative pillows—using this exact same pattern logic, and it would never feel repetitive or overwhelming.Because the geometric matrix is entirely material-agnostic, the pattern changes its character completely depending on the medium it inhabits. The fluid wave behaves one way as a rigid, high-pressure ceramic relief catching the light on a wall, another way when scaled up as a soft, woven texture on a massive rug underfoot, and another way entirely when wrapped around the curves of an upholstered chair or a plush pillow.I want architects and interior designers to see that this isn't just a product line; it is a holistic, multi-sensory design language. It proves that with the right historical context and strict mathematical discipline, a solo creator can design a single geometric logic capable of seamlessly blurring the line between hard architecture and soft interior elements, transforming an entire room into a cohesive, breathing piece of art.

This question highlights the most fascinating layer of the project: the concept of authenticity is completely transformed when you stop looking at it as a historical copy and start looking at it as a translation of spirit.The original 13th-century icon painting is already a brilliant artistic illusion. The master painter used flat, non-naturalistic graphic lines and painted gradients on wood to make your brain perceive sacred, deep three-dimensional drapery. Therefore, when I used industrial glaze chemistry and controlled oxidation to simulate historical depth, I wasn't creating a shallow trick or a cheap fake. I was honoring the exact same artistic philosophy as the original painter.By using a reactive glaze that pools naturally into the pressed recesses, the factory machine recreates the exact hand-painted shadow effects originally achieved with a brush centuries ago. The third-fire gold luster simulates the sacred light of the icon, but it does so within a high-performance, modern material.This proves that true design authenticity isn't about leaving a material raw, nor is it about perfectly cloning an artifact in a museum. Authenticity is about being completely honest with your historical context. By deliberately encoding the appearance of time into a newly manufactured surface, the artifice fades away. We are left with something genuinely authentic: a contemporary industrial product that faithfully preserves and transmits the real, emotional atmosphere of the ancient masterpiece.

I designed this collection so that you do not need to know a single thing about art history or 13th-century painting to fall in love with the surface. The visual language operates on multiple levels simultaneously, ensuring it feels completely accessible and stunning to anyone who encounters it.On the primary level, for someone with zero art historical context, the collection functions as a highly sophisticated, ultra-modern architectural surface. They simply experience a beautiful, fluid rhythm—a mesmerizing, non-repetitive wave of ceramic relief that catches the shifting light throughout the day. It stands completely on its own merits as a masterclass in clean, minimalist product design and geometric precision.However, for those who possess the visual literacy to recognize the historical references, the surface offers a much deeper, hidden narrative. The design nerds and art historians will notice that the specific angles, the pooling of the reactive glaze, and the strategic placement of the gold luster directly mimic the structural lines and sacred light of historic iconography. They will see how the strict logic of Vkhutemas was used to solve a centuries-old artistic problem.This multi-layered approach proves that good design doesn't need an explanatory textbook to be enjoyed. By balancing a clean, universal industrial grid with deep historical soul, the collection rewards every viewer—whether they are appreciating it purely for its modern aesthetic impact or unlocking the centuries of cultural memory embedded inside the folds.

My journey to reimagining Dorothee Becker's Hand Wall Bedside Unit began with a deep appreciation for her innovative approach to design and the functionality she infused into everyday objects. As I explored Becker's original work, I was particularly inspired by the way she harmonized form and function, creating pieces that not only served practical purposes but also enriched the user experience.In modernizing the Hand Wall Bedside Unit, I aimed to preserve its essential character while integrating contemporary technological advancements. This meant carefully considering how people interact with bedside furniture today, especially in urban living spaces where multifunctionality is crucial.I conducted extensive research, including focus groups, to understand users' needs and desires for modern bedside units. This involved exploring how contemporary lifestyles have evolved—specifically, the increasing reliance on technology and the need for organized, clutter-free spaces.The challenge was to enhance the design without overshadowing its historical significance. I focused on refining the proportions and materials to create a sleeker profile, while also incorporating features such as integrated charging stations and clever storage solutions to cater to modern demands.Ultimately, my goal was to create a piece that honors Becker's legacy but also stands on its own in today's design landscape. The final product is a blend of timeless elegance and functional innovation, designed to adapt to the needs of the contemporary user while paying homage to the past.

When integrating modern functionalities like wireless charging and USB ports into Dorothee Becker's Hand Wall Bedside Unit, my primary focus was on enhancing the user experience while remaining true to the original design's aesthetic integrity. To achieve this balance, I took a multi-faceted approach.First, I conducted thorough research to understand how contemporary users interact with their bedside units. This included identifying common frustrations, such as tangled cables and the lack of accessible charging options for devices. Engaging with potential users through surveys and discussions helped me pinpoint the features that would truly add value to their daily routines.Next, I carefully considered how these functionalities could be seamlessly incorporated into the existing design. I sought to integrate the technology in a way that felt natural and unobtrusive, avoiding any bulky or clashing elements that could disrupt the unit’s elegant silhouette. For instance, I designed the charging areas to be discreetly integrated into the structure, ensuring they harmonized with the overall aesthetic rather than detracting from it.Throughout the design process, I also revisited Becker's original principles of simplicity and functionality. I aimed to maintain the clean lines and refined proportions of her work, ensuring that the added features complemented rather than overshadowed the historical elements. By selecting materials and finishes that echoed the original design, I was able to preserve its character while modernizing it for today's user.Ultimately, the goal was to create a piece that feels timeless yet relevant, where the integration of technology enhances usability without compromising the beauty and integrity of Becker's original vision. This thoughtful approach has resulted in a design that resonates with both contemporary needs and historical significance.

The use of leftover plastic production materials for limited edition versions of Dorothee Becker's Hand Wall Bedside Unit reflects a strong commitment to sustainability and resourcefulness. By envisioning this design, I aimed to showcase how materials that might otherwise go to waste can be creatively repurposed. This approach not only minimizes environmental impact but also inspires innovative thinking in design.When considering color choices, I drew from the inherent qualities of these materials, allowing their unique characteristics to inform the final aesthetic. The idea was to embrace the colors and textures that emerge from recycled plastics, creating a vibrant yet cohesive look that honors the original design while speaking to contemporary sensibilities. This vision emphasizes that sustainability and beauty can coexist in design, encouraging a future where responsible choices enhance both form and function.

The dimensional constraints of Dorothee Becker's Hand Wall Bedside Unit (500mm x 50mm x 550mm) serve as a foundation for thoughtful design that balances space efficiency with aesthetic appeal. My approach began with a deep understanding of the original piece and its context within both historical and contemporary settings.To optimize the proportions, I considered the multifunctional nature of modern living spaces, where maximizing utility without sacrificing style is essential. The slim profile of 50mm allows the unit to integrate seamlessly into tight spaces, making it suitable for urban apartments or minimalistic designs while still providing ample surface area for essentials.Functionality was a key driver in my design decisions. The height of 550mm was carefully chosen to align with standard bed heights, ensuring ease of access for users. Meanwhile, the overall width of 500mm strikes a balance between spaciousness and compactness, providing enough room for personal items while maintaining a clean, uncluttered look.Aesthetically, the proportions were adjusted to create a harmonious silhouette that complements various interior styles. By refining the dimensions, I aimed to honor Becker's original vision while adapting it to meet the needs of today’s users, demonstrating that thoughtful design can enhance both function and beauty.

In developing Dorothee Becker's Hand Wall Bedside Unit, I faced challenges with hand positioning and lighting integration. I needed to ensure the light was functional while preserving the design's aesthetic.To overcome this, I conducted informal user testing to observe how people interacted with bedside units. This revealed the need for a flexible light arm, allowing users to direct the light where it was needed while keeping the design minimal and elegant. Additionally, I refined the hand's ergonomic design for better grip and manipulation.These adjustments enhanced usability without compromising Becker's original vision, illustrating how overcoming technical challenges can lead to innovative solutions in design.

To ensure the versatility of Dorothee Becker's Hand Wall Bedside Unit for both home and work environments, I initially focused on the design and functionality of a bedside table. As I developed the concept, I was pleasantly surprised by the diverse potential uses identified by prospective customers.Through discussions and feedback, I learned how users envisioned the unit serving multiple purposes beyond just a bedside table. This insight encouraged me to embrace a more adaptable design approach, incorporating modular elements and a neutral color palette that could seamlessly fit into various settings.By prioritizing the initial design while remaining open to user input, I was able to create a versatile piece that meets a wide range of needs, making it suitable for both personal and professional environments.

My background in physical-mathematics and technical drawing played a crucial role in shaping the geometric precision of Dorothee Becker's Hand Wall Bedside Unit. This technical expertise provided me with a solid understanding of proportions and spatial relationships, allowing me to analyze the original design critically.As I modernized this classic piece, I applied mathematical principles to ensure that every element of the unit maintained harmony and balance. This focus on precision not only enhanced the aesthetic appeal but also contributed to the functionality of the design. By leveraging my skills in technical drawing, I was able to create detailed schematics that addressed both the original intent of the piece and contemporary user needs.Ultimately, this blend of artistic vision and technical know-how enabled me to produce a modern interpretation that respects its historical roots while ensuring it meets today's standards for usability and design excellence.

The rotating light feature and dimmer functionality in Dorothee Becker's Hand Wall Bedside Unit were inspired by the need for adaptability in modern living spaces. I wanted to create a design that accommodates various activities, such as reading, working, or relaxing, and offers users control over their lighting environment.The inspiration for the rotating light came from observing how people interact with their bedside tables—often needing to adjust the light direction based on their activities. By incorporating this feature, I aimed to enhance user experience, allowing for easy customization of light positioning.The dimmer functionality was equally important, as it enables users to create the perfect ambiance for any situation, whether they want bright light for reading or a softer glow for winding down. Implementing these lighting solutions required careful consideration of both the technical aspects and aesthetic integration, ensuring that they seamlessly blended into the overall design while providing practical benefits.

In evolving Dorothee Becker's Hand Wall Bedside Unit from its 1969 origins to a contemporary piece, the most successful elements lie in harmonizing the original aesthetic with features that address today’s practical needs. I aimed to retain the timeless elegance and functionality of Becker’s iconic design while seamlessly introducing modern elements, like wireless charging and customizable lighting.The bridge between past and present is grounded in respect for the original minimalist vision. By integrating advanced technology without disrupting the unit's clean lines and intuitive layout, I honored its historical roots. Furthermore, thoughtful choices like flexible storage options and durable, environmentally friendly materials enhance everyday convenience, ensuring the piece remains relevant for a modern audience while celebrating its design legacy.

Receiving the A' Design Award for Dorothee Becker's Hand Wall Bedside Unit is a tremendous honor that validates my approach to design and innovation. This recognition motivates me to continue exploring the intersection of historical design and modern functionality.Moving forward, I envision this achievement encouraging me to take bolder risks in my work while remaining respectful of the original designs. It reinforces my belief in the importance of thoughtful adaptation, pushing me to investigate more classic pieces that could benefit from contemporary enhancements.Additionally, the award opens up opportunities for collaboration with other designers and brands, allowing me to bring fresh perspectives into my future projects. I am excited to leverage this recognition to not only reimagine classic designs but also to engage in conversations about sustainability and user-centered design, ensuring that my work continues to meet the evolving needs of today's society. Ultimately, this achievement serves as a stepping stone, inspiring me to create designs that honor the past while embracing the future.