The Berggruen Institute, a think tank founded in 2010 by philanthropist and investor Nicolas Berggruen, recently unveiled plans for a new Los Angeles campus designed by Herzog & de Meuron. The low-density campus will be built on a site in the eastern portion of the Santa Monica Mountains and comprise meeting and study spaces, scholars’ residences, and gardens.
The campus will be built along a mountain ridge that was scraped and flattened in the 1980s to cap a landfill. The ridge will be turned into a linear park or a gardened plinth landscaped with drought-resistant plants.
Rendering courtesy of Herzog & de Meuron.
Herzog & de Meuron’s design is as much a landscape vision as an architectural project. The campus will concentrate development within previously graded areas to limit topographic changes. In addition, 415 acres of the 447-acre site will be preserved as open space. The campus will also make use of infrastructure that is already in place, such as Serpentine Road, which will connect Sepulveda Boulevard to the Institute’s main entrance. Existing public hiking trails will be maintained and improved and provide access to the Institute campus.
The new campus’s main facility will be built on the far southern end of the site’s eastern ridge. A horizontal structure, dubbed the Frame, will “hover” 12 feet above the ground and be supported by just a few building elements. A large courtyard garden will exist at the center of the main building while the main functions of studying, living, and convening are located within the Frame on one level with occasional mezzanine spaces. A collection of live-work lofts, meeting rooms, study spaces, offices, artists’ studios, media spaces, dining areas, and reception areas will all exist within the Frame.
Rendering courtesy of Herzog & de Meuron.
A sphere that sits within the courtyard and contains a 250-seat lecture hall will become the tallest structure on the Berggruen Institute campus, rising 45 feet above the roofline of the Frame. A second, smaller sphere sits atop the Frame and serves as a water storage tank. When combined with the lecture hall, the frame offers a total of 137,000 sf with 26 Scholars-in-Residence units and 14 Visiting Scholars units.
Rendering courtesy of Herzog & de Meuron.
North of the frame will exist the second main element of the campus; Scholar Village, 26,000 sf of residential use for scholars and guests. The third and final main element is located on the northern end of the eastern ridge and is dubbed the Chairman’s Residence. The Chairman’s Residence is a 26,000-sf compound that includes a library, conference room, dining and catering facilities, and staff quarters. Just north of the Chairman’s Residence is a heavily landscaped area that serves as a buffer zone between the Institute and the neighboring MountainGate community.
Rendering courtesy of Herzog & de Meuron.
Related Stories
University Buildings | May 5, 2023
New health sciences center at St. John’s University will feature geothermal heating, cooling
The recently topped off St. Vincent Health Sciences Center at St. John’s University in New York City will feature impressive green features including geothermal heating and cooling along with an array of rooftop solar panels. The geothermal field consists of 66 wells drilled 499 feet below ground which will help to heat and cool the 70,000 sf structure.
Mass Timber | May 1, 2023
SOM designs mass timber climate solutions center on Governors Island, anchored by Stony Brook University
Governors Island in New York Harbor will be home to a new climate-solutions center called The New York Climate Exchange. Designed by Skidmore, Owings & Merrill (SOM), The Exchange will develop and deploy solutions to the global climate crisis while also acting as a regional hub for the green economy. New York’s Stony Brook University will serve as the center’s anchor institution.
Green | Apr 21, 2023
Top 10 green building projects for 2023
The Harvard University Science and Engineering Complex in Boston and the Westwood Hills Nature Center in St. Louis are among the AIA COTE Top Ten Awards honorees for 2023.
Higher Education | Apr 17, 2023
Rider University opens a 'Zen Den' for restoring students' mental well-being
Rider University partnered with Spiezle Architectural Group to create a relaxation room for students, dubbed "The Zen Den."
Higher Education | Apr 13, 2023
Higher education construction costs for 2023
Fresh data from Gordian breaks down the average cost per square foot for a two-story college classroom building across 10 U.S. cities.
Urban Planning | Apr 12, 2023
Watch: Trends in urban design for 2023, with James Corner Field Operations
Isabel Castilla, a Principal Designer with the landscape architecture firm James Corner Field Operations, discusses recent changes in clients' priorities about urban design, with a focus on her firm's recent projects.
Market Data | Apr 11, 2023
Construction crane count reaches all-time high in Q1 2023
Toronto, Seattle, Los Angeles, and Denver top the list of U.S/Canadian cities with the greatest number of fixed cranes on construction sites, according to Rider Levett Bucknall's RLB Crane Index for North America for Q1 2023.
University Buildings | Apr 11, 2023
Supersizing higher education: Tracking the rise of mega buildings on university campuses
Mega buildings on higher education campuses aren’t unusual. But what has been different lately is the sheer number of supersized projects that have been in the works over the last 12–15 months.
Contractors | Apr 10, 2023
What makes prefabrication work? Factors every construction project should consider
There are many factors requiring careful consideration when determining whether a project is a good fit for prefabrication. JE Dunn’s Brian Burkett breaks down the most important considerations.
Smart Buildings | Apr 7, 2023
Carnegie Mellon University's research on advanced building sensors provokes heated controversy
A research project to test next-generation building sensors at Carnegie Mellon University provoked intense debate over the privacy implications of widespread deployment of the devices in a new 90,000-sf building. The light-switch-size devices, capable of measuring 12 types of data including motion and sound, were mounted in more than 300 locations throughout the building.
