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Publicly occupied spaces can be overwhelming. Airports, schools, stadiums, and workplaces all feature environments with visual chaos that can be disorienting and stressful for individuals, especially those who are neurodiverse. The bombardment of stimuli, unpredictable movements, and competing visual information can create barriers to occupant comfort. Architects are regularly encouraged to create spaces that recognize and honor individual differences. Designing for neurodiversity is one way of championing inclusivity and extending principles of universal design.

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When addressing accessibility in architecture, codes set the baseline, while design defines the ceiling. Although numerous guidelines exist, creating spaces for everyone goes beyond mere adherence to standards. It requires a deep understanding of the environment and a broad perspective, recognizing that what we design will be used by people with diverse bodies, abilities, and conditions far beyond those traditionally considered typical users.

Furthermore, designing environments poses the challenge of inclusivity, ensuring that individuals who do not fit the standard profile—such as people with disabilities, pregnant women, those using assistive devices, and individuals of varying ages, body types, etc—are not excluded. The principles of Universal Design, established in 1997 by the NC State University College of Design and led by Ronald L. Mace, offer a transformative perspective in this context. This approach influences various design fields, including the built environment, products, and communications. When applied to architecture, it fosters the creation of spaces that work for everyone, minimizing the need for adaptations or specialized design.

The question, "How can we control natural light in interior spaces?" is fundamental in architecture. Unregulated direct sunlight can cause discomfort such as visual strain and undesirable heat gains. Therefore, it is crucial to control its entry effectively. Some design solutions include installing shading devices, planning spatial orientation, and building forms for indirect natural light. Window treatments like films or heat-reflective glazing can also be used.

However, there are innovative strategies to control natural light more efficiently through advanced glazing panels like the Kalwall 175CW. This translucent insulated glazing unit is compatible with most third-party curtain wall systems. By manipulating the translucency of the glazed material, it's possible to influence the visual and thermal comfort of spaces. At the same time, this can enhance the architecture of modern spaces, adding substantial aesthetic and emotional value.

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Due to its ability to mold and create different shapes, concrete is one of architecture's most popular materials. While one of its most common uses is as a humble foundation, its plasticity means that it is also used in almost all types of construction, from housing to museums, presenting a variety of details of work that deserves special attention.

Check out this collection of 40 projects that highlight the use of concrete. Impressive! 

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While research seems intrinsic to the design process, architectural research is a professional path in itself, whose purpose is to highlight scientific evidence and explore alternatives outside of pre-established norms or empirical considerations. Its purpose is to create a framework of knowledge that can inform the design to reach objectively better outcomes. The following discusses the role and state of research in architecture, some prominent areas of inquiry, and the architects or institutions that dedicate their work to these subjects.

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People have fundamental needs that must be met in order to survive, which include: oxygen, water, food, sleep, and shelter. They also have secondary requirements, one of which is daylight. When thinking about how buildings can keep people healthy, it is important to remember that daylighting is essential to wellness, in fact, human circadian rhythms are dependent on it.

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Ralph Johnson (b. 1948) is a global design director at Chicago-based Perkins and Will. The architect joined the company in 1977 and has been heading its design ideology since 1985. Johnson is the architect behind the firm’s most iconic buildings, including Rush University Transformation Project (2012), O’Hare International Airport (1993), and Boeing International Headquarters (1990) – all in Chicago, the United States Coast Guard Headquarters (2015) in Washington DC, Tinkham Veale University Center at the Case Western Reserve University (2015) in Cleveland, and Shanghai Natural History Museum (2015). The architect’s monographs have been published regularly since mid-1990s under his own name. He has been a visiting critic at the Illinois Institute of Technology and the University of Illinois, his alma mater, from which he received his Bachelor of Architecture in 1971. He acquired his Master of Architecture from Harvard’s GSD in 1973.

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Architect Antoine Predock (b.1936 in Lebanon, Missouri) started his pursuit of an engineering degree at the University of New Mexico College of Engineering. A chance encounter with architecture professor Don Schlegel sparked a life-long passion in architecture. After switching to architecture school – first at the University of New Mexico and then, at the advice of Schlegel, transferring to Columbia University, Predock obtained a Bachelor of Architecture in 1962. After traveling throughout Europe on a Columbia University Traveling Fellowship with a focus on work in Spain, he began his internship in San Francisco with Gerald McCue, a future Dean at Harvard’s Graduate School of Design. In 1966, Predock went back to New Mexico, the place he considers his spiritual home, to establish what since has become a world-renowned practice. In 1985, he was awarded the Rome Prize with residency and study at the American Academy in Rome.

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Zinc is a natural element extracted from ores. Its symbol, which appears in the dreaded Periodic Table, is Zn. Through a metallurgical process of burning its impurities (reducing zinc oxide and refining), it assumes a much more friendly appearance, and later becomes the sheets, coils, and rollers used in construction. The main characteristic of this material is its malleability, which allows it to be worked easily, allowing to cover complex forms in facades and roofs of buildings.

The AIA has announced 8 projects as winners of their annual National Healthcare Design Awards, rewarding the best in medical architecture from built projects to research excellence. The 8 projects were selected in four categories: built (less than $25 million); built (more than $25 million); Unbuilt; and Innovations in Planning and Design Research.

The awarded projects come from locations throughout the US, as well as one project constructed for Haiti. Read on after the break to see all the winners.

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