Materials & ProductsExclusive Articles, from ArchDaily

It is unquestionable that environments directly influence the behavior and emotions of their users. Human beings spend approximately 90% of their lives indoors, making it imperative that the spaces we inhabit stimulate positive behavior and emotions, or at least don't influence us negatively. There exists a specific term describing the stimuli that the brain receives from its environment: neuroarchitecture. Several studies have been published on this topic, most focusing on its impact on work environments. This article approaches this concept through a different, yet essential lens: emphasizing its importance in the design of spaces for children in early childhood.

Although chemist and inventor Otto Rohm had first come up with the idea for plexiglass in 1901, it wasn’t until 1933 that the Rohm & Haas company first introduced it to the market under the trademark name Plexiglas. The material, which is considered a lightweight and shatter-resistant alternative to glass, has had a fascinating history and experienced a multitude of different uses in that time. Today, plexiglass continues to be utilized in new and interesting ways, including as a potential means with which to help combat coronavirus spread. Restaurants, stores, and other businesses have begun using plexiglass partitions as protective shields for both workers and customers, especially as cities and towns slowly reopen. Below, we dive into this unusual material, addressing its material properties, its history, and the ways it continues to be used today.

Having access to a bathroom is, above all, a factor of dignity. As basic as this fact may seem, the WHO (World Health Organization) estimates that 2 billion people worldwide do not have access to basic sanitation facilities, such as bathrooms or latrines. Such inadequate sanitation causes 432,000 deaths annually, mainly from diarrhea, in addition to being an aggravating factor for several neglected tropical diseases including intestinal worms, schistosomiasis, and trachoma. In 2010, the UN (United Nations) labeled sanitation a basic right, alongside access to drinking water.

Architects don’t make buildings. Architects make drawings of buildings. But of course, someone has to make the building. The construction industry is one of the largest economic sectors and we all interact with the built environment on a daily basis, but the actual work of getting a building from drawing to structure has barely evolved over the decades. While the rest of the world has moved into Industry 4.0, the construction sector has not kept pace. Architecture has begun to embrace some digitalization. After all, not many of us work with mylar on drafting tables anymore. So with the architecture industry’s everlasting link to the construction industry, will the latter pick up some new technological tricks by association? And when it does, how will that change the role of the architect?

Large construction projects can often take 20 percent more time than scheduled and when they are finished, as many as 80 percent end up over-budget. Construction is one of the lowest profit-margin industries in today’s economy. In the past 75 years, productivity has increased by up to 1,500 percent in the manufacturing, retail, and agriculture fields. Over that same time period, productivity in construction remained almost the same.The emerging field of Construction Technology, or ConTech, aims to change that, to bring construction into the 21st century.

The choice of materials and products made by an architect during their design and specification process is key to defining how a project will look after its completion and over time, as it ages. Choosing materials that are not appropriate could result in projects with both aesthetic and functional issues.

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Smart homes, the Internet of Things, and contactless technology have become an indelible part of the architecture and interior design industries, with automated lighting, smart HVAC units, and speakers like Alexa or Google Home becoming a principal part of the modern upper middle class home. As new devices and competing systems are continually released, we list some of the most popular home technologies developed by Lutron, alongside tips for how to integrate and choose among them.

Humans have used mirrors since as early as 600 BCE, employing highly polished obsidian as a basic reflective surface. Over time, people began to use small pieces of gold, silver, and aluminum in a similar manner, both for their reflective properties and for decoration. By the 1^st century CE, people had started using glass to make mirrors, but it was only during the European Renaissance that Venetian manufacturers began making mirrors by applying metallic backings to glass sheets, remaining the most common general method of mirror manufacturing today. Since then, mirrors have continued to play both a decorative and functional role in architecture, serving a clean, modern aesthetic despite its ancient origins. Below, we investigate how mirrors are made, provide a brief history of mirrors in architecture, and offer several tips for architects looking to use mirrors in their designs.

A monochrome environment is a space in which most architectural elements are of a single color. Although it is common for architects to design black or white monochromatic spaces due to its neutrality, it is possible to use almost any color to design a space, taking advantage of their infinite tones, undertones, and shades.

In her Sesc Pompéia theater, architect Lina Bo Bardi designed a central stage revealing the structure and all the functions of the theater's program, and renouncing traditional theater seating. Her seats were not upholstered, were close to each other, and encouraged a more aware, attentive, and upright posture among the audience, thus honoring, according to her, the ancient art of theater.

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The issue of the housing deficit plagues virtually all countries today. According to a study by the McKinsey Global Institute, 330 million urban families worldwide lack decent housing, or housing costs are so heavy that they need to forgo other basic needs such as food, heath care, and education for children. According to the WRI (World Resources Institute), it is estimated that 1.6 billion people will lack adequate housing by the year 2025.

In 1977, a New York Times article by Carter B. Horsley proclaimed that “Glamorous Glass Bricks Are Booming:” once a “less than first-class” material, it was beginning to gain acceptance among architects in residential and restaurant projects for its translucence, privacy, visual interest, and sense of order. However, following the industry’s brief but widespread use of glass bricks, many now associate the material with outdated 80’s architectural styles, an aesthetic that few seem interested in reviving. Yet pioneering contemporary architects have begun using this unique material in new and distinctly modern ways, whether for sleek and minimalist bathrooms, industrial bars and restaurants, vintage residential windows, or even experimental urban facades. As Horsley stated, it appears that glamorous glass bricks are booming – again.

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When someone mentions architecture visualization, most immediately think of sketches, computational renderings, and drawings. This connection occurs because we almost always associate visualization with picturing a project that is not yet built, either for the validation of aesthetic and functional decisions or to represent the idea to a client, who is often unfamiliar with technical drawings. Yet in addition to considering superficial elements such as materials, plans, textures, and colors, when carrying out a project, the architect needs to be aware of technical issues that are invisible to the naked eye, which may directly influence the project.

It is difficult to find someone who has never dreamed of building or having a tree house to call their own. The idea of a refuge, a space fully integrated with nature and with a privileged view, pleases almost all ages. There are examples of tree houses of all scales and complexities, from small elevated platforms to highly complex structures, including electrical and hydraulic installations. Some sites specializing in the topic (yes, that exists!), offer valuable tips for building these dreams. In general, they subscribe to the motto: "Choose your tree, make your project, but be ready to adapt it!"

There is a slide I like to show at the beginning of the architecture courses I teach that provides an overview of the last hundred years or so in design and technology. In the left column, a car from the beginning of the 20th Century (a Ford Model T) is poised over a contemporary car (a Tesla). The middle column contains a similar juxtaposition, showing a WWI-era biplane and a modern-day stealth fighter (an F-117A). In the right column, Walter Gropius’s 1926 Bauhaus Dessau building is seen next to an up-to-date urban mixed-use building. The punch line, of course, is that the two buildings—separated by roughly 100 years—look basically the same, whereas the cars and planes separated by the same timespan seem worlds apart. What is the reason for this?

A lightweight material par excellence, zinc is a non-ferrous metal that provides an effective solution for coating buildings exposed to adverse weather conditions, while simultaneously delivering a creative response to the requirements of a project.

Today, the image of solar power is evolving from an alternative to traditional energy sources to being viewed as a cost-effective solution. Installation of solar-powered lighting does not require the complicated infrastructure, trenching, and wiring expenses necessary for electrical hookups. Long-term maintenance and operational costs are reduced through the use of easy-to-clean panels, electronic components, LED luminaires, and recyclable batteries.