Senior Content Editor at DAAily Platforms. Architect and Master's in Urban Project from Pontificia Universidad Católica de Chile (2021). Based in Santiago, Chile.
Although an architectural project comes to life with palpable materials, it is also defined by intangible qualities that give it richness, dynamism, and liveliness. Among them, the interplay of light and shadow can transform environments and affect their perception, determining the user's spatial experience. Besides providing natural ventilation, privacy, and thermal comfort, lattices allow this duality by filtering the entry of sunlight while projecting repetitive figures on the surface. In this way, perforated walls and ceilings can create multiple geometric patterns of light and shadow that become design elements capable of generating unique atmospheres.
A recent study suggests that our home galaxy, the Milky Way, cannot be seen by one-third of humanity. Why? Millions of city lamps brighten our cities every night, but only part of their light is used to actually illuminate streets or sidewalks – the rest is lost and emitted above the horizon, brightening the night sky and contributing to what is known as light pollution. However, as the artificial glow from towns and cities increases every year, the consequences of this urban phenomenon go beyond just preventing us from seeing stars. Other harmful effects include: causing a hazardous glare that can reduce safety, excessive energy consumption, waste of money and resources, disruption of ecosystems’ natural day and night cycles, suppression of melatonin production and several negative repercussions on public health. In this sense, choosing the right lamps (with a well thought-out design) is crucial to reduce light pollution.
Just as fashion designers use pins, needles and textiles to bring their creations to life, architects rely on materials to shape our built environment. From steel and glass to wood and concrete, these form the artistic palette that transforms blueprints into tangible structures, bridging the gap between imagination and reality. It’s as simple, yet as complex as that. But with so many materials –and countless shapes, finishes, textures and colors– available in this day and age, making the correct choices for a particular project can be quite challenging. Several questions naturally arise: How do architects navigate the endless possibilities to handpick the elements that will breathe life into their designs? What does the material specification process entail? Where does one begin?
For most people, modern living requires spending most of the day in interior spaces - in fact, according to a report by the Environmental Protection Agency, the average person spends around 90% of their life indoors. As a result, this implies missing out on health benefits associated with sunlight exposure, such as vitamin D absorption, regulation of circadian rhythms, higher energy levels and even improved mood. Thus, one option is to increase the amount of time we spend outdoors. But because most daily functions are carried out inside buildings, it is crucial to incorporate and prioritize natural lighting in interiors.
Polyvinyl chloride (PVC) plastic –commonly known as vinyl– is everywhere. In fact, chances are you are sitting close to (or on) something containing PVC in some way, shape or form. It’s used in packaging, automobile parts, children’s toys, clothing, accessories, wires, furniture, medical supplies and hundreds of other everyday items. This year alone, global production exceeded 51 million metric tons, solidifying its rank as the third-most produced plastic in the world. It is particularly in the architecture, engineering and construction industry that the material stands unchallenged, accounting for 60-70% of its total consumption. So much so that it has indisputably become the most used plastic for building materials worldwide, often found in pipes, fittings, flooring, roofing, window profiles and more. It’s not hard to understand why: PVC is durable, highly versatile, cost-effective and easy to maintain. But nothing comes without a cost, they say…
“Two brains are better than one,” goes the old saying. And with good reason. As the social beings that we are, humans thrive through interpersonal interactions and the dynamic exchange of ideas. It is these collective thoughts that tend to flourish, evolve and reach their full potential, fueled by a diversity of perspectives and experiences. That is precisely why teamwork stands as one of the most valued pillars of any working environment, and also explains why office workers spend an average of 37% of their time every week sitting in meetings. It’s no surprise then that modern office settings embrace meeting rooms as designated spaces for collaborative ideation and decision-making. But not in the way many might imagine. Gone are the days of bland conference rooms with nothing but a large table, uncomfortable chairs and white walls, giving way to new, more innovative models that respond to a shifting paradigm.
Trends always come and go in the ever-evolving, somewhat cyclical landscape of interior architecture. Whether it’s a new aesthetic, an innovative wall treatment or the latest viral color, certain design features rise to prominence all the time in this dynamic industry. Some fade as quickly as they emerge or resurface in new forms years later, while others endure and stand the test of time through continuous reinvention –often thanks to their versatile and adaptable nature. Ribbed paneling is a clear example of the latter. With its ability to add texture and visual allure to various design styles, it has been a popular cladding choice for bedrooms, kitchens and living spaces in recent decades. And now more than ever, fitting with current preferences that lean towards sleek, tactile and structured elements, it has consolidated its presence in contemporary residential interiors.
Humans have always been fascinated by reflections. Although they are no more than light bouncing back after striking a surface, there will always be something mystical and fascinating about them –whether it be a lake mirroring a beautiful landscape or a small hand mirror reflecting our face. This explains why some ancient cultures considered mirrors to be sacred objects with magical powers, while others associated them with portals leading to an unknown world. Since then, mirrors have evolved to adopt many valuable functions that are indispensable in everyday life, being found in cars, medical equipment and, of course, in countless architectural applications, especially in interiors. Experimenting with the reflection and perception of space has become an easy way for architects, designers and homeowners to transform any room. And when looking to maximize this impact, the power of exceptionally large mirrors is unparalleled. After all, the bigger the mirror, the bigger the impact.
Recent statistics suggest that if someone lives until they are 80, around 72 of those years will be spent inside buildings. This makes sense if we bear in mind that, when not at home, humans are working, learning or engaging in fun activities mostly in enclosed, built settings. Contemplating current events, however, this number is expected to grow. In an increasingly chaotic and uncertain world, marked by the ongoing effects of climate change and the global pandemic, the desire to stay indoors in a protected, controlled and peaceful environment is stronger than ever. Architects face an important challenge: to create comfortable, productive and healthy interiors with well-regulated parameters, considering factors like indoor air quality, daylighting and biophilic features from the initial stages of design. Of course, this involves choosing materials sensitively and accordingly, whether it be by avoiding certain health-harming components or by integrating non-toxic products that soothe and promote wellness.
There’s something about the saturated hues of blossoming springtime flowers and the fiery, warm tones of a sunset descending upon a cityscape that brings us joy. Humans crave color. In fact, we’ve been fascinated by them since the beginning of our existence. So much so that everything from the color of our clothes to the brightly illuminated pixels on this screen is an attempt to recreate –and enhance– the vibrant shades present in nature, finding in them a source of inspiration and vitality. Our brains are wired to link colors with sensations and experiences: the lush greens of a forest evoke feelings of tranquility and renewal, while the deep blues of the ocean stir a sense of mystery and adventure. It is this ability to elicit emotion that makes colors an invaluable tool for architects and designers –and which also explains why trends are moving away from the once-reigning neutral minimalism towards a more maximalist aesthetic that embraces pops of color, dimension and playful texture.
House in Kashiwa / Yamazaki Kentaro Design Workshop. Image Courtesy of Naoomi Kurozumi Architectural Photographic Office
Similar to a chameleon that changes color to blend in with its environment, architecture must constantly evolve and adapt to changing demands. A few decades ago, homes used to be associated solely with private life and rest, while workspaces were exclusively designed for just that: work. It was common for each use to be separated into its own room, making enclosed, rigid spaces the standard norm for architects to follow. That is, of course, until new living and working patterns blurred these boundaries to respond to contemporary trends.
How can a building be more efficient? It is a concern that architects face on a daily basis, as they try to keep up with the demands of an industry that is increasingly aware of its environmental impact. Today more than ever, there is an effort to design buildings that integrate sustainability, efficiency and thermal comfort, which are fundamental pillars of a healthier built environment.
Having an effective solar control strategy is crucial to achieving a more efficient architecture. In addition to providing solar protection and economic savings, these strategies also carry benefits in terms of aesthetics, acoustics, thermal comfort, durability and maintenance.
What will cities of the future look like? Or rather, what should cities of the future look like? The classic sci-fi, Star Trek-inspired movies many of us grew up watching painted a picture of flying cars, grotesque steel skyscrapers and urban fabrics far too vast and dense for the human scale. It’s safe to say, however, that the ideal for today’s and tomorrow’s cities has taken a 180-degree turn. New, modern urbanism promotes diverse, mixed-use cities with walkable blocks, sustainable transport and accessible public spaces. Copenhagen, with its pedestrian- and bicycle-friendly streets, idyllic water canals, iconic buildings and overall happy residents, ticks many of those boxes. No wonder the Danish capital has been designated as UNESCO’s World Capital of Architecture for 2023; another testament to the city’s position as a laboratory for innovative contemporary architecture and human-centered urban planning.
Ancestral, vernacular, minimalist and harmonious. For many, these words have come to define the architecture of Japan, a country that has long served as a source of cultural and technological inspiration for countless societies worldwide. Popular Japanese techniques have reached even the most remote corners of the globe, gaining traction across various fields that range from technical craftsmanship to digital innovation. Within the realm of architecture, the appropriation and reinvention of various materials and construction systems –such as the use of carbonized wood in facades– has been an enduring theme.
For many years, often spoken in tones of anticipation and excitement, we have heard that 3D printing will revolutionize the architecture industry as we know it. But if we stop for a moment, reflect on the present and look back at the past, it becomes evident that the technology has long been reshaping the field, continuously undergoing profound transformations and ushering in new eras of design, construction and spatial creativity. Operating as a layer-by-layer additive manufacturing process, 3D printing uses digital models to create customized three-dimensional objects with a remarkable level of precision and efficiency, saving time, generating zero waste, reducing labor costs and opening avenues for rapid prototyping and iterative design. It enables architects to explore creative opportunities and regain autonomy by designing complex, non-standardized elements within an industrial and mass-customized process.
The complexity of our world is constantly increasing, and with it, the pressure and demands placed upon our built environment. Architects are faced with a monumental task: to translate society’s ever-changing needs into tangible, effective and sustainable solutions. Pressing issues such as the climate crisis, rapid urbanization, population density and housing shortages call for a new architecture –one that isn’t afraid to questionthe traditional way of working and is prepared to take on the challenge. Today the industry must adapt, evolve and innovate to cope with these challenges. The availability of data is changing the game, and as technology continues to advance, it will open new ways of thinking, creating and engaging with the built environment.
In this article, we delve into the effects of the digital transformation, how it is reshaping the industry and the questions it raises about the future role of architects.
As true spatial orchestrators, architects’ expertise extends beyond the mere construction of buildings, often transcending the physical realm of design. They possess the unique ability to craft spaces that are not only visually appealing, but that also feel welcoming, harmonious, and, above all, functional. Embracing this vital role involves careful consideration of all the bits and pieces that make up a project; from a building’s foundations to a sofa, architects must ensure that all the elements, in every scale, tie together in a way that is cohesive and positively influences our everyday lives.
SAP Headquarters / Yashar Architects. Image Courtesy of Yashar Architects
In architecture, choosing the right construction materials is crucial to improve efficiency, ensure structural integrity and maximize performance, ultimately setting the standard for the finished product. But because any building – from its outer skin to its framing system – consists of many layers and parts, understanding how these fit and work can be just as important during design and manufacture. Technical specification of materials and constructive systems plays a key role in conveying this information, providing all of the necessary knowledge, properties and characteristics for any successful project. After all, the more you know about what lies between walls and behind finishes, the better your architecture will be.
