Articles

In this interview, originally published in The Architectural Review, Andrew Mackenzie sits down with OMA founder Rem Koolhaas to discuss the Venice Biennale, the extinction of national identities, his fascination with Asia, the link between De Rotterdam and Delirious New York, and the future of the profession.

Your proposition for this year’s Venice Architecture Biennale asks whether national identity has been, as you say, ‘sacrificed to modernity’. Some might view this as a project of reclamation, not unlike Frampton’s regionalism. How would you differentiate your proposition from Frampton’s?

Well, Kenneth Frampton is a smart guy, but the problem is that he looked at regionalism as an antidote to cosmopolitan development. In so doing he perverted the cause of regionalism, because suddenly regionalism was mobilised as a private cause that it couldn’t sustain. However, the question of national identity is an open one. For instance, at first sight the Netherlands is a very internationalist country, but looking closely you can see an enormous return of, not vernacular, but quasi-vernacular architecture and quasi-old fortresses that are newly built with a national flavour. Look at Zaandam, and that huge assemblage of so-called vernacular buildings.

The following essay, written by Magda Mostafa, is an excerpt from the book "Learning from Cairo: Global Perspectives and Future Visions," a collection of reflections from a three-day symposium of the same name. Here, Mostafa focuses on the need to accept informal communities as a reality, not an exception, and argues that conventional architecture practice and education must begin equipping architects to "address the potentials and problems of such parallel modes of existence in our built environment."

It would be a disservice if the debate spurred at the "Learning from Cairo" symposium were to remain confined to the hypothetical. It is our responsibility to extend it to both the professional realm as well as the academic. The purpose of this discussion is just that.

How can architectural academia respond to this shifting climate? A climate where the majority of the built environment is conceived and implemented outside of the construct of conventional practice? Where the majority of the architectural product in our city exists without architects? How can we further propagate a singular top-down mode of practice in our teaching when it’s malfunctioning at best and corrupt or absent at its worst? When this conventional mode is only viable in neatly packaged projects with clear financing, educated clients and formal frameworks? How can we continue to teach our students, the architects of the future generation, to only be equipped to operate within a small portion of the built environment- ignoring the massive built environment and user groups often represented on maps as solid black “informal areas”. 

This phenomena can no longer be blacked-out, and it is time for academia to begin educating its architects-to-be at least to be minimally aware, if not proficiently trained, to address the potentials and problems of such parallel modes of existence in our built environment.

It used to be that when an architect needed a physical facsimile of his/her project, a draftsman would individually draw the schematics by hand. Blueprints were revolutionary in that they streamlined reproduction through technology, yet they were based on a publishing model that was repetitive  — not iterative. Computer Aided Design software, or CAD, streamlined the process even further; however, unlike blueprints, CAD was not based on publishing models, but rather on “technological science.” As such it evolved in a very different way. CAD technology that was initially developed in the 1960s as a proprietary tool for heavy industries—aerospace, automotive and super-computer processing centers— became consumer-oriented in the 1980s when it met the UNIX open platform. The key in its rapid development, dissemination and democratization was exactly this: open technology. 

Today, we have 3D modeling software that can pack an exponential cache of information, render designs visible with incredible fidelity, and make those designs easier to adapt. BIM technology (building information modeling) has entered the workplace, too, improving coordination and productivity of all trades involved in project construction, effectively revolutionizing the manufacturing sector. This is technology that, like CAD, has undeniably been pushed forward via the open development and integration of components. 

And yet, architects continue to depend on closed distribution models in the face of so much technology that makes design shareable and easy to manipulate. 3D modeling software has evolved and created a competitive market with ever more accessible, cross-border, cross-disciplinary design software. While the blueprint, a “published” medium, came with requisite copyright issues that appealed to the architect-as-artist, today, as a “technological” layer, blueprints cannot afford to stay locked in.

Zaha Hadid’s unfortunate comments in response to worker deaths on construction sites for the 2022 World Cup has made Qatar the eye of a storm that has been raging globally for decades. But it’s not just about Qatar. This has been an issue for as long as there have been construction sites and for as long as poor people have swarmed to them for a chance at a better life.

Construction booms and migrant construction workers have always been two sides of the same equation, both dependent on the other, and, by the twisted logic of the global economy, both are the reason for the other’s existence. No migrant labor pool = no global city = no fantastic architecture, or something to this effect. 

The migrant workers are the silent collaborators in global architecture, the invisible, faceless, “untouchables” who make the cost-effective construction of these buildings possible.

While interest in tall timber buildings continues to grow, there still remains one obvious concern: combustibility. So how safe are timber structures really? Arup Connect spoke with Robert Gerard, a fire engineer in Arup’s San Francisco office, to find out how high-rise wood buildings take fire safety into account.

Originally published by Metropolis Magazine as "Big Data, Big Questions", this article by Alex Marshall examines what is arguably the most important aspect of smart city design: not how they will be created, but who will create them. He finds that, though an apparently new phenomenon, smart cities are just like their forebears in that they are built primarily by political will, not microprocessors.

Not long ago, I bought a beetle-shaped piece of silicone and metal that slips into my pocket and keeps track of how much I walk. Called a Fitbit One, it’s essentially a glorified pedometer. The device’s shell is jammed with hard- and software that lets it talk to my computer and iPhone. It sends me attaboys! on its tiny screen and, most importantly, the gadget talks with my spouse’s Fitbit, which allows us to compete with each other.

The Fitbit is not on anyone’s list of smart-city phenomena, but I would argue for including it, because it’s changing my relationship with the streets I walk in New York City. It also illustrates the pervasiveness of smart technology, and its limitations. For all its coolness—and it is cool—my device is doing something digitally that had already been done well mechanically, and at a lower price. A lot of the smart-cities technology is like this—it’s changing how we do things, but often not what we do.

Read on for more about the changes brought about - or not brought about - by smart cities after the break

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Originally published by The Huffington Post as "The Problem With Architecture Today (and the Solution)", Monica Gray documents the work of Travis Price, an architect and professor who works with his students to produce singular works all over the world which fight against the soulless architecture of our age.

According to Travis Price, an award-winning architect and philosopher whose work is rooted in ecology and mythology, most architecture today is just plain soulless. "You go into malls and they float all kinds of Roman columns and fake images. It's Disney. It's superficial. It's mass produced. It's empty."

Price, a fellow of the American Institute of Architects, focuses on restoring the "spirit of place" to modern design by providing an alternative to the "sprawl, mall and tall" trend of generic suburban architecture today, or, as he puts it, "a slow moving Pompeii blanketing us with the pursuit of loneliness and homogeneity."

Read on after the break to find out how Price is in his own way combating this problem

On February 19th, 2014, Odile Decq, the world-renowned French architect, announced the launch of a new private university - the Confluence Institute for Innovation and Creative Strategies in Architecture - to be built in Lyon this year. Decq has promised that the school will break from France’s “strict institutional system of education ill-adapted to change” and thus offer an architecture education fit for the 21st century.

In France, however, public opinion on the new school has been far from unanimous. The Union of Architecture (Le Syndicat de l’Architecture) even went so far as to respond with an open letter to the Minister of Culture and Communication, expressing concern over the project’s “openly mercantile and elitist purpose.”

France possesses a free and public educational model that sets it apart from the rest of the world. Out of twenty-two schools of architecture, only one is private: l’Ecole Spéciale d’Architecture in Paris (where Decq was once Director). And, while certainly not perfect, the quality of architecture education is, across the board, of a particularly high standard — the Agency of the Evaluation of Research & Higher Education (AERES) has given a rating of ‘A’ to twenty of the schools and ‘B’ to the other two. This means that regardless of a student’s economic background, he or she has the opportunity to receive an excellent architectural education. 

So, no matter how radical or forward-thinking Confluence may be, is it really a good idea for France to start emulating the model of expensive, private architecture schools we see across the rest of the world?

This article, by Martin Pedersen, originally appeared on Metropolis Magazine as "Governments, Not Architects, Should Shoulder Responsibility for Worker Deaths, Says Hadid."

Zaha Hadid set off a mini-shitstorm [the other day] when she declared that architects have “nothing to do with the workers” who have died on construction sites in Qatar, site of the World Cup in 2022. The Guardian had reported that nearly 900 workers had died in the past two years building the infrastructure required for the massive event. One of the projects under construction is Hadid’s Al-Wakrah stadium (above), a swoopy, curvilinear 40,000 seat facility that some critics likened to a vagina when the scheme was unveiled to the public. “It’s not my duty as an architect to look at it,” Hadid said, on the worker deaths. “I cannot do anything about it because I have no power to do anything about it. I think it’s a problem anywhere in the world. But, as I said, I think there are discrepancies all over the world.”

Her tone-deaf comments elicited a firestorm of predictable outrage, but I’d contend they had a near-truth about them. As I see it, Hadid had four possible courses of action, all of them limited in scope. 

This article, written by Kim A. O'Connell, and first published on the AIA website as "Is there a Doctor in the Firm? (Or a Nurse in the Studio?)" discusses the growing overlap between architects and healthcare professionals, who collaborate or even learn both disciplines to design more effective healthcare architecture - relying on research more rigorously than ever before.

Since it opened last fall, a cardiac hospital in Bulgaria is already operating at full capacity and is among the most technologically advanced of its kind in Europe. Project delivery for the City Clinic in Sofia was remarkably fast—only a year from the time Dallas-based HKS Architects was hired until doctors began seeing patients. A former car dealership was renovated to create the 38,000-square-foot, 55-bed facility, helping to expedite matters.

The other major contributing factor may have been that, from its earliest beginnings, a physician played a leading role—from landing the project to identifying specific medical needs and seeing the design through to completion. It's a model that seems to be taking hold in architecture. More and more, architecture firms are bringing health professionals into their design studios to help them create the next generation of healthcare architecture.

Read on after the break to find out how this shift is producing better buildings for healthcare

This article by Jonathan Ward, originally published on Arup Thoughts as "A Top-Down Approach to Flood Prevention" discusses a cheap, simple, but effective method of easing the load on drainage after a storm: temporary storage of water on flat roofs, which can not only help to prevent floods, but also provide unexpected benefits as well.

Gravity offers a simple and cheap way to attenuate stormwater flows – by storing water temporarily on a flat roof. All sorts of causes are being blamed for the current flooding in the UK; lack of dredging, poor management of catchment areas, construction on flood plains and paving over front gardens are all being mentioned in the press.

One thing is for sure – we will be paying a lot more attention to the topic given the current experience, and the fact that wetter winters are predicted in our changing climate, with a certainty of more extreme events.

Read on for an explanation of why this counter-intuitive measure actually makes perfect sense