Designed and developed by Pilosio Building Peace, RE:BUILD is a construction system for building refugee camps and facilities for emergency assistance. The temporary modular structures can be used as houses, schools, clinics, dining areas or any other space that is urgently needed.
Could Hovering Buildings be the Future of Sustainability?
If Arx Pax, a cutting-edge technology firm led by Greg and Jill Henderson, has its way, levitating objects could become a common sight. The team is developing what they call Magnetic Field Architecture (MFA), a technology which controls electromagnetic energy to make objects hover, and at the several months ago, they used it to produce Hendo Hover, a hoverboard capable of carrying a person. While the fact that Arx Pax was able to produce a hoverboard is fascinating, the technology could have much more serious applications: as an architect, Greg Henderson envisions that one day MFA technology could be used in buildings to produce sustainable structures which can better survive earthquakes and other natural disasters. Is this goal realistic?
In response to the devastating earthquake in Nepal this past April, GCRS Global-Building Love Disaster-aid Material Trade Center is calling on architects around the world to design reconstruction projects as a part of their GARS-NEPAL.TIBET Earthquake Emergency competition.
Just one of the many tragedies involved in the devastating magnitude 7.8 earthquake that struck Nepal on Saturday - which as of this morning is known to have claimed the lives of over 3,500 people - is its effect on the historic architecture of the region. Home to seven UNESCO World Heritage Sites in the affected regions of Kathmandu, Patan and Bhaktapur, news outlets from the BBC to The Washington Post are reporting extensive damage to some of the country's most significant monuments.
A team of California-based designers have invented an earthquake-proof column built of 3D printed sand, assembled without bricks and mortar to withstand the harshest seismic activity. The 'Quake Column' is comprised of a pre-determined formation of stackable hollow bricks which combine to create a twisting structure, optimized for intense vibrations in zones of earthquake activity. Created by design firm Emerging Objects, the column's sand-based composition is one of many in a series of experimental structures devised by the team using new materials for 3D Printing, including salt, nylon, and chocolate. The column can be easily assembled and disassembled for use in temporary and permanent structures, and was designed purposefully with a simple assembly procedure for novice builders.
Find out how the Quake Column works after the break
In 1989, California's central coast was rocked by a 6.9 magnitude earthquake, destroying infrastructure and buildings in San Francisco, Oakland, and a host of coastal cities. The Loma Prieta Earthquake caused an estimated $6 trillion in damage, prompting researchers to develop techniques for management of severe seismic activity in urban centres. Twenty five years later, a team of engineers at Stanford University have invented a cost-effective foundation for residential buildings capable of withstanding three times the magnitude of the catastrophic 1989 earthquake.
Find out more on Stanford's earthquake-resistant technology after the break
Architects can do far more than design buildings. In fact, some of history’s most acclaimed innovators were not only architects, but also inventors. Leonardo da Vinci himself, the epitome of the Renaissance man, sketched buildings alongside ideas for flying machines. Buckminster Fuller was the ultimate futurist and invented the geodesic dome in addition to his Dymaxion Car, an automobile that was far ahead of its time. Now, an architect has developed “the world’s first hoverboard,” and the technology has far-reaching implications for not only transportation, but also buildings themselves. Read on after to break to learn more about what this technology could mean for the future.
Architects in Mission (AIM) recently announced the winners for their 2013 competition with the topic, Post Earthquake Reconstruction, Ya’an Sichuan - Rebuild Panda’s Hometown from the Earthquake. The Ya'an Earthquake occurred at 08:02 Beijing Time on the 20th April 2013. The epicenter was located in Lushan County, Ya'an, Sichuan, about 116km (or 72 miles) from Chengdu (along the Longmenshan Fault) in the same province that was hit heavily by the 2008 Sichuan earthquake. For this year's competition, AIM asked participants to pay particular attention to the master planning of the Snow Mountain Village, whilst developing new business models to encourage economic growth for local villagers. See the four winning entries after the break.
In a symposium at the AIA New York Chapter, seismologists, earthquake engineers, seismic code experts, emergency response managers, and architects conversant in seismic design will assemble for a conversation on available technologies and testing capabilities that, surprisingly, are located in New York State. They will "clarify the evolving role of design professionals, the building industry, and municipal and federal agencies in safeguarding our local communities", as well as "educate the audience about the earthquakes, subsurface conditions, and construction approaches."
The results for the latest Young Architects Competition (YAC), Post-Quake Visions, have been announced. The competition aimed to discover innovative ways to overcome the effects of a seismic catastrophe over a medieval Mediterranean town. Participants were encouraged to rethink and redesign the quake-inflicted gaps left inside ancient urban tissues. With 356 enrolled teams comprising of 808 designers, see the winning results and Gold Mentions after the break.
Why is it that the Bay Area can suffer a 6.9 earthquake and lose just 63 people, while Haiti suffers a slightly stronger quake and loses about 100,000? The answer: shoddy construction. As Bryan Walsh of TIME points out, “We tend to focus on the size of an earthquake, but death toll has more to do with the quality of buildings. [...] Poverty — and even more, poor governance and corruption — is the multiplier of natural disasters. [...] That’s why one of the most vulnerable places in the world is south-central Asia.” Learn more about the dangers of poorly constructed buildings here and see what the "true value" of architecture is here.
Kyle Lewis, an architecture student at CPIT in Christchurch, NZ, shared with us a call for design to help rebuilt Christchurch after last February’s earthquake. Here’s the message:
Yasutaka Yoshimura Architects are continuing to move forward assisting those who have been displaced following the Japan earthquake and tsunami. The Ex-Container Project, which we featured just last week, is one affordable design solution offering easy transport and installation without compromising quality.
Yasutaka Yoshimura Architects are providing daily updates, via their Twitter account, about the reconstruction progress in the disaster areas.
Further details about the project and how you can offer support can be found here.
The current need for housing in Chile after the earthquake is a unique opportunity to re-think architecture. It has generated an exceptional scenario that demands for new proposals and solutions.
Architecture usually responds to definite problems with specific, unique and unrepeatable responses. Projects are configured as rigid and closed systems that can hardly be replicated with success anywhere else. At the same time, these architectonic solutions are linked with an ‘elite’, they are luxurious commodities that are specific-individual-crafted, normally at a very high cost.
After the break you can see Emilio Marin’s proposal regarding this issue, including diagrams, renders and the complete text description.