Solar design in contemporary architecture is rooted in the profession's sustainable turn. The relationship between architecture and energy is tied to both passive strategies and performance via more recent innovations in technology. As one way to begin addressing the global climate crisis and greenhouse gas emissions, solar design is reshaping cities and architecture around the world.
Along with concerns about our environment, new movements, words, concepts, and terms related to these issues constantly emerge, which require us to always remain up to date. The word sustainability itself faced some resistance until it was incorporated into common vocabulary and used widely in the most diverse contexts. Currently, much discussion surrounds the terms circular economy, resilience, the 4 Rs, urban mining, and others. In addition, there are some sustainability-related movements that have been incorporated from activism in other fields, showing the fluidity of such issues. One such initiative is the 0 kilometer materials movement, which has been featured in manifestos and some projects, albeit timidly, in recent times.
Husos Architects' work advances in an ongoing dialogue between design and research. Founded in 2003 between Spain and Colombia, the architecture and urban planning office stands out for addressing different scales, from the micro to the global, responding to the requirements of specific users but weaving deep contextual networks with the environment and beyond. How do they effectively approach this complexity, in turn promoting social transformation? We spoke with Diego Barajas and Camilo García Barona about their processes of approaching users and other agents involved –not only humans–, about how they address the colonization of the biosphere that has caused climate change, and about their inquiry into activism from a series of battlefields habitually neglected in traditional discourses of architecture.
The height of the ceiling of a space heavily influences our perception of it. Generally, local building codes regulate the minimum dimensions for ceiling height, which are calculated to ensure adequate quality of life in the environment. But the exact height of the ceilings is often defined by the dimensions of other materials that make up the building, the height of the constitutive slabs, or even by rounding the dimensions of the stair steps. It is common, with the densification of cities aimed at increasing profitability, for entrepreneurs to design with minimum ceiling heights in houses and offices, reducing construction costs. On the other hand, in older structures, more generous ceilings can be observed, which generally enable a greater degree of design freedom. But how can architects make the most of these spaces?
As we look back at the architecture projects we have published in 2020, as part of our yearly review, we were able to distinguish many recurring elements and solutions in terms of materials, programs, and functions.
Since the architecture industry moves slightly slower than others, we found that many things in the construction and design that have been building up these past years have come out making strong statements this 2020. We believe, therefore, that trends in the architecture world could be defined not only by what has been recurrent and popular but also, what has proven to be relevant and substantial.
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