Posts tagged with "BIG-Bjarke Ingels Group":
Superkilen Copenhagen, Denmark Bjarke Ingels Group, Topotek 1, and Superflex Words from the jury: "A public space promoting integration across lines of ethnicity, religion and culture."
Bait Ur Rouf Mosque Dhaka, Bangladesh Marina Tabassum Words from the jury: "A refuge for spirituality in urban Dhaka, selected for its beautiful use of natural light."
Friendship Centre Gaibandha, Bangladesh Kashef Mahboob Chowdhury/URBANA Words from the jury: "A community center which makes a virtue of an area susceptible to flooding in rural Bangladesh."
Cha’er Hutong Children’s Library and Art Centre Beijing, China ZAO/standardarchitecture / Zhang Ke Words from the jury: "A children’s library selected for its embodiment of contemporary life in the traditional courtyard residences of Beijing’s Hutongs."
Tabiat Pedestrian Bridge Tehran, Iran Diba Tensile Architecture / Leila Araghian, Alireza Behzadi Words from the jury: "A multi-level bridge spanning a busy motorway has created a dynamic new urban space."
Issam Fares Institute Beirut, Lebanon Zaha Hadid Architects Words from the jury: "A new building for the American University of Beirut’s campus, radical in composition but respectful of its traditional context."
This post is part of our years-long running Eavesdrop series (think page 6 for the architectural field). It's your best source for gossip, insider stories, and more. Have an eavesdrop of your own? Send it to: eavesdrop[at]archpaper.com.
Sources close to the juries for two recent invited competitions tell The Architect's Newspaper that in both cases, smaller firms—SHoP and OMA—were chosen over Bjarke Ingels Group (BIG) because the jurors believed that the firm's top dog, Mr. Ingels himself, might be more focused on the WTC 2, the Google headquarters, the project formerly known as the Big U, and the Hyperloop. They are concerned that he might not have time to pay much attention to other, smaller projects. The suspicions may come as a surprise to Rem Koolhaas, for whom Ingels worked in his early career.
This article is part of The Architect’s Newspaper’s “Passive Aggressive” feature on passive design strategies. Not to be confused with “Passivhaus” or “Passive House” certification, passive design strategies such as solar chimneys, trombe walls, solar orientation, and overhangs, rely on scheme rather than technology to respond to their environmental contexts. Today, architects are more concerned with sustainability than ever, and new takes on old passive techniques are not only responsible, but can produce architecture that expresses sustainable features through formal exuberance. We call it “passive-aggressive.” In this feature, we examine three components—diagram, envelope, and material—where designers are marrying form and performance. We also look back at the unexpected history of passive-aggressive architecture, talk with passive-aggressive architects, and check out a passive-aggressive house. More “Passive Aggressive” articles are listed at the bottom of the page!
BIG Ideas is an in-house think tank at the Danish studio Bjarke Ingels Group (BIG). It delves into three initiatives: simulations, product design, and conceptual ideas. The simulations are carried out by a team of experts in computationally derived methods of design. With this close collaboration, they solve the designs from BIG’s architectural department while addressing the sustainable and environmental needs of a project, maximizing its potential when they see fit. An example of its work can be seen with its ski-slope-sporting, smoke-ring-spouting Amager Bakke Waste-to-Energy Plant currently being constructed in Copenhagen.
The Architect's Newspaper senior editor Matt Shaw sat down with Jakob Lange, a partner at BIG and director of BIG Ideas. Lange has been working with Ingels since 2003, when the pair were both at PLOT, Ingels’s and Julien De Smedt’s now defunct studio. Shaw and Lange discussed the role of parametricism in realizing and optimizing the diagrammatic passive-aggressive schemes at BIG.
The Architect’s Newspaper: What setup is in place at BIG Ideas that allows parametricism and sustainability to go hand-in-hand?
Jakob Lange: We have engineers working in-house, which facilitates a continuous loop of iterations, creating a build-up of simulations that can then become parametric. This breaks away from the old-school way of calling up an engineer, where you can get bogged down by discussing fees while having to wait to get a result weeks later.
With this new setup, we can do this on a daily basis. Once the project is in the system, it takes two minutes to change the parameters and see what the output is—say, if we change the overhang of a building. Here we can see how much energy it uses if, for example, we just cantilever it a little bit more. We also look at how it changes the big picture, which can be addressed by building all this information into our system.
To achieve this, we’re collaborating with Dell Inc. We have a supercomputer that allows us to accelerate the amount of simulations that we can do. Prior to this, one of the limiting factors of doing very comprehensive simulations was computer power. Subsequently, this means that the quality of the results that we get out is much higher than what was previously possible.
Now it is very simple. The designers-architects send us an email with a link to the 3-D file and a little description of what they need. There may be a few questions back and forth—depending on how busy the guys are—but it’s done in a short time.
The engineers are actually based in Copenhagen, so those in that office can just simply walk up to them and ask. Some simulations are also difficult to set up, so they take a bit longer, but it is usually a very short back and forth.
As far as this diagrammatic idea of expressing sustainability as “fun” goes, how did that emerge in BIG?
It’s been in our DNA from the beginning. All projects, back from when Bjarke had PLOT, had to have an idea, an idea that we couldn’t just design a beautiful sculpture or something. And of course, very often one of the main idea-drivers is to solve a challenge. A climate around your building is always a challenge; say, if you’re in the Middle East or in Finland. Then, of course, we have this idea that making sure that whatever makes your building so nice is that you’re improving the life quality around your building.
So do the simulations end up altering the form of the building?
Oh yes, often. We did a facade for a museum in Marseille [France] that has louvers, but instead of using horizontal louvers, we used some that curved around with the building. Depending on the location of the sun, the louvers can also be angled individually to be most effective.
To do this, we made some parametric models into which we could feed the facade—no matter how organic it was—and it would generate the optimal angle and then space the louvers out onto the facade.
We are also currently doing a project in Amsterdam and we simulated a facade system. We set the simulation up and just let our supercomputer run all night. In the morning we had a wealth of data that was then compressed, giving us the final result. It really enables us to do some very, very high-quality simulations.
For more "Passive Aggressive" articles, explore: our feature article that features projects from across the world, how WORKac’s Arizona House revives the super sustainable Earthship typology, our brief, unofficial history of recent passive-aggressive design, and MOS Architects' Michael Meredith on sustainability.
Bjarke Ingels Group (BIG) has released its design for a new stadium for the NFL’s Washington Redskins. The scheme offers a curvaceous, open-air seating bowl enveloped in a mesh-like skin—and surrounded by a moat.
A model of the stadium depicts it as a semi-transparent, wave-like structure that will also act as a performance venue for approximately 100,000 people. The general area will also become a recreational haven with parks and pedestrian bridges for tailgating fans.
“The one thing that everybody is…excited about is that the stadium is designed as much for the tailgating, as for the game itself,” Ingels said in a recent interview with 60 Minutes on CBS. “Tailgating literally becomes a picnic in a park. It can actually make the stadium a more lively destination throughout the year without ruining the turf for the football game,” he added.
The arena is designed to be used year-round. Images show people abseiling down from the arena and surfing on the moat. Meanwhile, during the winter, the moat doubles as a place for ice-skating and, as the renders imply, ice hockey too.
However, despite designs jumping from one recreation to the next, the exact location of the new stadium is currently unknown. That said, the Danish firm is considering sites in Prince George’s County, Maryland; Loudoun County, Virginia; and the District of Columbia. The team now plays at FedEx Field in Greater Landover, Maryland, but is headquartered in Ashburn, Virginia.
- Caruso St John Architects (U.K.)
- Hawkins\Brown(U.K.) with Asif Khan (U.K.)
- Diener & Diener Architekten (Switzerland) with Sergison Bates Architects (U.K.)
- Lacaton & Vassal Architectes (France) with Pernilla Ohrstedt Studio (U.K.)
- studio Milou architecture (France) with RL&Associés (France) and Axis Architects (U.K.)
- Create contemporary interventions and additions where appropriate which are exemplary and visually stunning.
- Reflect the site’s evolution from a place of physical exchange to a culture and knowledge exchange.
- Address new ways of engaging digitally-minded visitors and representing London as the world’s most inventive, creative capital.
- Reduce operating costs by improving the building’s operational efficiency and sustainability, with a target of the project achieving a BREEAM (UK LEED equivalent) Excellent rating.
- Increase income generation and visitor dwell time through enhanced retail, catering and event facilities.
- Ensure the experience of visiting and navigating the museum is equal for all.
- Ensure appropriate technical, environmental and security requirements are met so that the new museum meets Government Indemnity Standards.