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Exactly one year ago, a 7.1 magnitude earthquake shook at least nine Mexican states, leaving several areas severely damaged across Mexico City, Puebla, Morelos, Oaxaca, Veracruz, Tlaxcala, Guerrero, and the State of Mexico. Twelve months have passed in a constant struggle to rebuild from the remnants of that nightmare. Yet in those flooded streets, hope was reborn day by day through a social phenomenon that catalyzed vibrant, self-organizing communities rising to rebuild the structures that define us.

Undeniably, 19S represented a pivotal moment, reminding us of our fragility but also of how strong we can be when we work together. It underscored the importance of being physically present on the ground and engaging in dialogue to find appropriate solutions for local communities. It forced us to rethink the mechanics of cities and their peripheries, but above all, it forced us to rethink our practice as architects. We gained a stark understanding of how national politics and power operate; a genuine critique emerged, exposing the fractures left by corruption and our lack of preparation for natural disasters. 19S was, among many other things, a reminder of where we stand and our duty as inhabitants of this territory.

The progressive de-urbanization of Detroit—occurring, paradoxically, during what is supposedly “the era of cities” as a consequence of the collapse of economic structures and social organization—has transformed what was once one of the most economically vigorous US cities of the mid-20th century into a vast footprint of vacant plots, creating isolated islands and solitary objects on the plain.

Prompted by significant inefficiencies and silos in their workflow—where design, modeling, and documentation were treated as separate tasks—David Miller Architects (DMA) decided to transition the firm to the world of BIM (Building Information Modeling) in 2008. While their transition proved highly successful, the trial-and-error process yielded key lessons that are crucial for any firm looking to rethink its architectural design processes.

During a June 2018 conference in Santiago, Chile, we spoke with British architects, including representatives from Planbim, during a workshop titled “Why Implement BIM in 2020.” The session outlined seven key takeaways to help architecture practices adopt this paradigm shift.

1. The Smaller Your Practice, the Easier the Transition

Arquetipos, the digital magazine published by the Fundación Arquia, has released a new issue centered on an interview with designer Guillermo Santomà, conducted by Moisés Puente and featuring photography by José Hevia. This issue also includes other articles related to the featured designer, touching upon figures such as Le Corbusier, Arne Jacobsen, and Buckminster Fuller.

For this edition, Moisés Puente draws upon, copies, and poses the very same questions from L. Amic’s famous 1972 interview with Charles Eames, titled “What is design?”, which served as the conceptual foundation for the exhibition held at the Musée des Arts Décoratifs in Paris that same year. This “copying” of the interview serves dual purposes: on one hand, it nods to the interviewee himself, who employs this very strategy in his own work process; on the other, it invites readers to engage in an intriguing play of parallels and temporal links between Eames’s historical reflections on design and those offered today, 45 years later, by Santomà. 

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It is well known that mass tourism causes significant inconveniences for local residents, benefits large corporations at the expense of small entrepreneurs, and can strip away the very character that makes a place attractive. Yet, one must also admit that tourism generates jobs, increases income, stimulates new businesses, and improves urban quality in many respects—through urban revitalization, infrastructure improvements, and the construction of cultural facilities, for example. 

For several years, Lisbon has been experiencing a tourism boom that embodies both of these aspects. The city has undoubtedly changed. Urban rehabilitation projects have breathed new life into dilapidated areas, revitalizing public spaces and investing in the restoration and retrofitting of buildings that, in many cases, would otherwise have been condemned to ruin. New cultural facilities have been built, such as the Museum of Art, Architecture and Technology - MAAT, designed by British architect Amanda Levete, and the new National Coach Museum by Paulo Mendes da Rocha, in collaboration with the firms MMBB arquitetos and Bak Gordon Arquitetos.

It is highly unlikely that you made it through architecture school without seeing or even helping to build a geodesic dome. These structures are defined by a mesh composed of a network of polygons—usually steel, wood, or bamboo triangles—that, when materialized in three dimensions, form spaces. By connecting the edges (struts) and rendering the structure three-dimensional, this model achieves strength and structural lightness through the uniform distribution of its dead load to the ground. From a technical and structural standpoint, this dome is composed of a series of similar struts that form a hemispherical surface based on triangles. Within this complex composition, strength and lightness are achieved through the uniform distribution of forces.

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This edition of the International Architecture Exhibition of the Venice Biennale has been the most active and representative yet for Mexican architecture. This biennale brings together the largest number of Mexican participants across various fronts and collaborative projects. The Mexican Pavilion, “Echoes of a Land”—located in the Sale d'Armi of the Arsenale—presents an approach to architecture that goes beyond form and programmatic function, associating it instead with geography, culture, and identity.

All the marketing surrounding smart cities—and there is plenty of it, since behind them are large corporations selling technology to municipal governments—speaks of humane and democratic cities, driven by the potential for citizen interaction with the government and how this can improve the responsiveness of public policies.

Yet, what we are actually seeing is quite different. So-called data mining powers targeted marketing; in other words, by tracking a user's online activity, it is possible to map their preferences. Thus, by appropriating the data we generate (without paying us for it!), companies bombard us with tailored advertisements. Almost everyone has experienced this: after searching for something online, you spend weeks receiving ads for that very item. While this is already an appropriation of the private data of the many for the business of the few, it becomes even more problematic when public information systems—such as police, judicial, and other records—are integrated into these platforms. And this has already begun to happen in China.

It is time to say goodbye to 2018 and look back at everything we have achieved. What captured our interest? What surprised us? What made an impact?

After presenting the best architecture of 2018, we decided to round up and highlight some of the Argentine projects that generated the most engagement on our social networks. Goodbye 2018, hello 2019.

When designing a building, a recurring thought is often how long it will endure. Once construction is complete and the building opens its doors to users, its lifespan begins, and it gradually establishes its legacy. This raises the question of how it will be remembered, of what imprint the building will leave on our minds: architectural memory. And like human memory, architectural memory is fickle. Buildings are forgotten just as memories fade.

Madrid's architecture makes excellent use of memory. Styles characteristic of its historic heritage remain standing today, fully functional. The Neo-Mudéjar style, for example, took root at the end of the 19th century; today, numerous surviving examples remain vital urban hubs, housing uses such as hospitals, universities, schools, care homes, cultural centers, and museums.

From the Fundación Arquia Blog, architect María Álvarez García presents an article on the controversial revival of garden cities in England's urban planning, which is depopulating city centers—proposals that lead to an inevitable segregation of uses that is neither sustainable nor conducive to social and economic development.

I have always felt a certain disconnect between the narrative found in popular songs, sociological and anthropological texts, and the actual experience of Carnival in Brazil. It is a gap between the promise of a rich, pluralistic festivity and the reality of someone born in the 1980s, growing up amidst the rise of mass culture, widespread violence, and a dehumanizing urbanization that leads to the abandonment or commercialization of urban rituals.

When we think of architecture in broad terms, certain masterpieces of the past inevitably come to mind—buildings constructed to withstand the passage of time, which have found an ally in the years, cementing their place in human history. Yet permanence is a heavy burden to bear, and architecture that is ephemeral by program should not be dismissed as less important.

Do you often find yourself complaining about a client’s lack of design sensibility? Do you frequently criticize the gap between renderings and reality? Do you often wish your architectural designs were closer to perfection?
How can these issues be resolved before a building is actually constructed?
There is only one answer: VR technology!
It allows clients to experience fully simulated designs, validating your ideas, while enabling designers to experience spaces beforehand to optimize their designs.
But what exactly is VR, and how powerful can it be?

Technological progress and development are increasingly shaping architectural design and representation. Because architecture inherently revolves around spatial experience, it provides a vast canvas for the application of VR technology. As a leading global provider of architectural VR technology, Sheencity has developed its core product, Mars, leveraging VR to allow projects to be immersively experienced and refined, while outputting animations and renderings at breakneck speeds. Directly compatible with the most common modeling software used by architects—such as SketchUp, Rhino, and 3ds Max—Mars instantly converts designs into VR scenes, delivering real-time rendering.

Videos

Last May, the Canary Islands International Environmental Film Festival (FICMEC) celebrated its twentieth edition in Garachico, a small coastal town in northern Tenerife. On this occasion, a group of students from the School of Architecture at the Universidad Europea de Canarias participated in the festival by designing and constructing a series of four ephemeral architectural installations that boldly colonized iconic spots along Garachico's waterfront promenade.

Through four interventions, the students transformed the promenade with the dual goal of raising visibility for the festival and increasing public awareness of the impact of our daily habits on the environment.

Explore the proposals below.

It is a frequent observation that Brazilian cities have grown haphazardly, without proper planning. Likewise, it is often said that Brazil's urban legislation is modern, yet translating these best practices into reality remains a challenge. However, few people actually understand how the gears of urban planning work and how these mechanisms can help guide urban centers toward a better, more sustainable future.

After visiting numerous sites that have been the setting for tragic crimes against humanity and violent conflicts, one can make a simple observation: the space of collective memory is not solely confined to a memorial building that commemorates through names and stories. Particularly in Latin America, it is also a place evoked through gatherings and public demands.

Construction is complex. Anyone who has been on a construction site understands this. It is not just about having the right attitude and knowing how to lead a team of skilled craftspeople, masons, and specialists, but also about providing—or at least understanding—the right tools for them to perform each task in the best possible way.

While the construction knowledge gained during your university studies might be minimal until you have a few projects under your belt, learning to recognize the tools available on the market will not only help you save costs, but also speed up construction and reduce physical effort—delivering significant advantages.

Here, we present an overview of the different equipment, tools, and machinery most commonly used in architectural construction.