In contemporary bathroom architecture, the drain has evolved from a purely functional component into a design element that guides layout, accessibility, and long-term performance. When drainage, slope geometry, and waterproofing are designed as one system, the tiled surface achieves both visual refinement and reliable function—qualities that are critical for hotels, spas, and residences. Schluter® establishes the essential drain-to-waterproofing connection in a controlled factory setting, rather than relying on field assembly.
Balcony House / Ryo Matsui Architects. Image Courtesy of Ryo Matsui Architects Inc
We walk on "flat" ground every day and rarely think twice—but how flat is it, really? In the city, curbs are chamfered, sidewalks pitch toward grates, and roadways are crowned to shed water into shallow gutters. In suburbs and on unpaved paths, irregular terrain is the norm. Inside buildings, by contrast, we pursue near-perfect horizontality—structural frames, slabs, and finishes are all disciplined to create level walking surfaces in the name of safety and accessibility. Yet flatness is inherently at odds with water. A closer look reveals a quiet repertoire of accommodations: slight falls at entries, thresholds raised a few millimeters, wet areas with barely perceptible pitches. The floor is read as flat, but it is in fact carefully tuned—micro-topographies masquerading as plane—to manage water without calling attention to themselves.
What are the common ways architects "keep things flat" while actually managing water—the perennial enemy of buildings? A useful way to look at it is by zooming into three recurring conditions: exterior or roof decking, bathrooms and other wet rooms, and exterior ground planes. Each relies on a slightly different toolkit—pedestal systems over sloped waterproofing, micro-gradients to floor traps, hidden perimeter drains, split slopes—to maintain the illusion of a seamless, level surface. Studying these situations side by side reveals just how much design effort goes into reconciling perceptual flatness with the messy reality.
Integrating natural elements into architectural design has long been a fundamental pursuit in creating comfortable, sustainable environments that enhance both individual well-being and the relationship between buildings and their surrounding context. In areas with vast landscapes, incorporating natural elements is essential for seamlessly connecting architecture with its site. Conversely, in dense urban environments dominated by built structures, introducing greenery becomes also increasingly vital, reintroducing nature into the so-called "concrete jungle."
However, beyond conventional landscape features—such as water fountains, green walls, gardens, or courtyards—architects are redefining what it means to build with nature. The focus has shifted toward deeply integrating architecture with its natural surroundings, creating immersive spatial experiences that blur the boundaries between the built and the organic - in a way, "taming" nature. When successfully executed, these designs go beyond fostering well-being or promoting a healthy lifestyle; they evoke a profound sense of tranquility, power, and harmony, transforming the way we perceive and inhabit space.
In recent years, continuous material finishes enveloping interior spaces have become increasingly prominent, particularly in branding-focused retail environments. A continuous interior refers to using what are typically liquid-applied materials that are cured to create seamless, uninterrupted surfaces, eliminating the appearance of joints and seams—at least during the initial application. A growing range of products now offer various color options, textures, and practical properties, making these finishes more versatile. Interestingly, the aesthetic effect of such interiors is uncanny to the rise of 3D rendering software, where the seamless, fluid look mirrors the smooth, idealized spaces typical of digital renderings. This effect also contributes to a sense of scalelessness, as the absence of visible seams or joints makes it harder to discern the actual size of a space, often giving the illusion that the interior is larger than it is.
Introspection, Elevation, Covering-Up. Image Courtesy of Enrique Tovar
The flexibility of architecture allows it to continuously change and adjust its form in response to technological progress, social and artistic trends, and the collective experiences we undergo. Large-scale global events, such as the transatlantic migrations of the 19th century, the impact of tuberculosis on design, and most recently, the effects of the last major global health crisis (COVID-19), have all played significant roles in shaping the evolution of architecture.
In the context of the climate crisis, the role of architecture and urbanism has been extensively debated, as it represents one of the greatest challenges of this century. It is undeniable that while there are active efforts through policies and innovation to prevent reaching a point of no return, architecture is already adapting to the changes and extreme conditions caused by it. Rather than thinking of a distant or dystopian future scenario, the gradual changes in climatic conditions have been drivers for modifying, through architectural operations, how we conceive contemporary buildings.
https://www.archdaily.com/1015368/introspection-elevation-covering-up-radical-architectural-operations-for-adverse-climatesEnrique Tovar
As one of the smallest spaces in the home, shower rooms often find it difficult to get enough light. While bedrooms are given priority to choose the most favored spots alongside exterior walls – giving them access to the fresh air, natural light, and better views provided by windows – sanitary spaces are often left to feed from the scraps in the aftermath, afforded only a sliver of external wall, if any.
Due to issues with privacy and water damage, meanwhile, when a shower room does have the opportunity to add a window, it’s rarely positioned in the shower itself. But with many using an energizing shower to gently wake themselves up in the morning, and with steam making the shower an environment with extra high humidity levels, a window in the shower can make a big difference, adding natural light to the space itself, while keeping the entire room well-ventilated.
The manipulation and combination of materials are ongoing pursuits in architecture. This has not only broadened the possibilities for construction but also enabled the creation of distinctive shapes and aesthetics by using the same materiality. An example of this is Portland cement, an essential element in the mixture of water and aggregates that make concrete, which allows the creation of both load-bearing and decorative elements. In parallel, as a result of the exploration of innovative materials, fiber cement emerged (invented by Ludwig Hatschek) at the end of the 19th century, combining Portland cement, mineral-based materials, and cellulose fibers.
Nowadays, fiber cement —distinguished by its key technical qualities of slenderness, lightness, durability, and flexible aesthetics— has stood out in various applications associated with design, ranging from furnishings to facade systems. It is in the latter where it has adopted notable expressions due to its textures, incombustibility, rain resistance, and malleability. For this reason, we have developed a design guide that addresses the use of fiber cement, exploring the principles that should be considered when designing the facade, regarding its materiality, dimensions, layout, details, and special applications.
https://www.archdaily.com/1011851/design-guide-working-with-fiber-cement-facadesEnrique Tovar
One of the primary functions of architecture is to provide shelter, fulfilling the physiological and safety needs at the base of Abraham Maslow's hierarchy of human motivation. Throughout history, the need for shelter has been evident in our ancestors’ behavior, who sought refuge in caves to protect themselves from weather conditions and predators. As societies shifted from a nomadic to a sedentary lifestyle and basic needs were easily met, shelters became more advanced, evolving into purpose-built spaces. These early shelters withstood the elements of their time and laid the foundation for modern architecture as we know it today.
Today, extreme weather conditions due to climate change are testing cities, buildings and materials. Venice is flooding, and the Svalbard Global Seed Vault is experiencing melting ice. Without action, conditions will continue to worsen, increasing the need for efficient strategies that allow us to coexist with the environment and to develop more resistant materials for our buildings. An example of these materials of the future is NATURCLAD-B, a high-quality, maintenance-free wood panel system designed for architecture, interior design and construction.
https://www.archdaily.com/1000043/climate-proof-architecture-supertextured-cladding-for-extreme-conditionsEnrique Tovar
Acoustic Divider Vario / Création Baumann. Image Courtesy of Création Baumann
Beyond their features in the world of fashion, fabrics can also be an essential part of an interior design’s creative possibilities. While enhancing the aesthetic appeal of a space, these versatile materials –made from fibers or yarn that have been interlaced, knitted, or bonded together– also provide functionality to space. As part of a holistic architectural strategy, these natural and synthetic elements are essential for designing upholstery for furniture, curtains and drapes, space divisions and wall coverings. Changing the traditional notion of fabrics –known as stain collectors, bug homes and easily catching fire– the latest design innovations are exploring properties which take the use of fabrics one step further. Diving into Architonic’s fabric catalog, we take a look at different products with distinctive acoustic, fireproof and repellent properties.
