WeWork, the global network of cosharing workspaces with office locations in 65 cities and 21 countries, announced today that Bjarke Ingels, the Founding Partner and Creative Director of the architectural firm BIG, is now its Chief Architect.
Ingels will continue in his current capacities at BIG, which has offices in New York, London, and Copenhagen. But he will also advise and develop WeWork’s design vision and “language” for buildings, campuses and neighborhoods.
The eight-year-old WeWork generated $900 million in revenue in 2017, a year it opened 90 buildings around the world. The company told Bloomberg that it wants double its office buildings to 400 by the end of 2018. The company’s scale has allowed WeWork to get its construction costs down to around $5,000 per desk, which at bigger locations could save more than $100,000. WeWork also has $4.4 billion in investment capital from Japan's SoftBank to play with.
Coincidentally, WeWork got started around the same time that Ingels relocated to New York from his native Denmark. Both WeWork and BIG have since been high-profile juggernauts. “They have accomplished incredible things and … are committed to continuing their trajectory to places we can only imagine,” said Ingels about WeWork. “I am very excited to contribute with my insights and ideas to extend their community-oriented vision to ground-up buildings and urban neighborhoods.”
Adam Neumann, WeWork’s Co-founder and CEO, says that Ingels has changed the way he and his company think about architecture. “His designs inspire as much as surprise.” As WeWork’s Chief Architect, Ingels “will help us reimagine and reshape the future of our spaces, our company, and ultimately our cities,” predicts Neumann.
Related Stories
| Feb 5, 2014
7 towers that define the 'skinny skyscraper' boom [slideshow]
Recent advancements in structural design, combined with the loosening of density and zoning requirements, has opened the door for the so-called "superslim skyscraper."
| Feb 4, 2014
World's fifth 'living building' certified at Smith College [slideshow]
The Bechtel Environmental Classroom utilizes solar power, composting toilets, and an energy recovery system, among other sustainable strategies, to meet the rigorous performance requirements of the Living Building Challenge.
| Feb 4, 2014
Must see: Student housing complex made with recycled shipping containers
Architect Christian Salvati's new structure is just the first step in bringing shipping container construction to New Haven, Conn.
| Feb 3, 2014
Gehry wins bid to design Berlin's tallest tower [slideshow]
The architect's "rotating cubes" scheme for the 300-unit residential tower beat out design submissions by eight other prominent firms, including Adjaye Associates and David Chipperfield Architects.
| Jan 31, 2014
Trump Hotel Collections announces luxury hotel for Rio de Janeiro
The 13-story, 171-guestroom Trump Rio will be Trump Hotel Collection’s first property in South America and the only luxury hotel in the neighborhood when it opens in 2016.
| Jan 31, 2014
LEGO, Google partner to develop 3D modeling tool for LEGO structures
The free tool, called Build, allows Chrome users to create virtual 3D structures using any shape and color in the LEGO catalog.
| Jan 31, 2014
Ultra-modern McDonald's restaurant voted one of world's best new buildings
This McDonald's, which is combined with a fuel station and recreation areas, was awarded the Best Commercial Building of the Year by architecture website ArchDaily.
| Jan 31, 2014
6 considerations for rehabbing student union buildings
Most colleges and universities feel pressure to offer the latest amenities in order to attract and retain the best and brightest students. While hauling in the bulldozer to create modern facilities is attractive in some regards, deciding to renovate can be just as effective and, in some cases, even preferable to new construction.
| Jan 30, 2014
Mayors of 10 metros unite to cut building-related climate pollution
Organizers say combined initiative could cut as much climate-change pollution as generated by 1 million cars every year, and lower energy bills by nearly $1 billion annually.
| Jan 30, 2014
See how architects at NBBJ are using computational design to calculate the best views on projects [video]
In an ideal world, every office employee would have a beautiful view from his or her desk. While no one can make that happen in real life, computational design can help architects maximize views from every angle.