According to architect Hitoshi Abe, Dr. Paul I. Terasaki, a scientist and philanthropist, loved three things: his Japanese heritage; the University of California, Los Angeles (UCLA), his alma mater and longtime employer; and his ground-breaking research on human tissue typing, a process critical to the success of organ transplants. The late doctor’s three passions come together in Abe’s newest project, the Terasaki Research Institute, a serene, inviting facility near UCLA’s campus that serves as the public face and headquarters of the namesake scientific organization.

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Location is part of its appeal. Abe revamped a 1930s-era masonry infill building on a busy street in L.A.’s Westwood neighborhood to craft the 15,000-square-foot project, nestled within an eclectic but unremarkable stretch of low-rise chain stores and eateries. Its streamlined stucco facade featuring a crisp aluminum canopy offers visual relief from the surrounding hodgepodge of corporate logos and promotional signs—an example of the power of simplicity. “Pedestrians often stop to look through the windows and see what’s happening inside,” Abe says.

These glimpses reveal a foyer with a small bookstore and a reading room, and beyond them a generous atrium with clusters of seating, a space far brighter and more expansive than suggested by the surrounding context. Not only is this interior a big departure from others in the neighborhood, it doesn’t resemble a typical office building or headquarters.

From the outset, Terasaki envisioned a new headquarters that would reflect the institute’s emerging role in public outreach to promote organ donation. (Its core scientific research still takes place in a laboratory a few miles away.) He wanted some kind of central space for lectures, public events, and informal gatherings, surrounded by workspaces for administrative and managerial personnel. He gave a sketch of his ideas to Abe soon after tapping him for the commission; the two men had met in 2007, when the Japanese architect was named chair of UCLA’s Department of Architecture and Urban Design, a post he held for 10 years. “We agreed that including a large common area would reflect the institute’s values of collaboration, innovation, and engaging the community,” Abe says. The challenge was fitting an ambitious program—multipurpose public space, offices, a few conference rooms, a small laboratory, and support spaces—into a tight, two-story shell, where the only significant exposure to daylight comes from the westfacing street elevation.

Abe used these constraints to maximum benefit. By demolishing the building’s unreinforced masonry interior walls and replacing them with a steel-framed structure, he was able to devote roughly half the ground floor’s square footage to a wide, two-story atrium, topped with a double membrane of translucent fiberglass and PTFE. A pair of mezzanine-level bridges and two oculi in the roof visually break down this larger ground-floor space into two smaller ones. With their filtered daylight and textured plaster walls featuring staggered, square-shaped openings of different sizes, they have the feel of outdoor plazas tucked between buildings—an effect that’s intentional. “We wanted to extend the street indoors, so to speak, to provoke interest and engage the community,” explains Abe. “And because this building has so few windows, it was important to create an exterior-like experience inside, so employees have some connection to the outdoors.”

Abe calls the multitasking roof “a cloud that creates and controls the indoor climate.” The plenum space between the two membranes vents hot air that rises through the atrium to the outdoors. Sun streaming through the translucent roof casts patterns of light and shadow that vary with the time of day, season, and weather; at night, an LED lighting system transforms it into a glowing lantern, complete with shifting colors and patterns as the occasion dictates. In an ingenious effect, the mirror finish on the cast-fiberglass oculi reflects the roof lines of nearby buildings to the indoors, furthering the connection between the institute and the public. “When these two huge, shiny assemblies arrived at the site on the back of a trailer, people thought they looked like alien spacecraft,” Abe says.

The acoustics of the atrium spaces can accommodate everything from receptions to lectures to musical performances. A grid of high-definition screens on the back wall displays video, images, or text during presentations and events. Cushioned benches and low tables and chairs support small gatherings and create opportunities for chance encounters.

The offices, conference rooms, and support spaces surrounding the atrium on both floors have glass walls and cutouts that permit partial glimpses through the square openings and into the larger space, balancing openness and privacy. All of the workspaces are straightforward and minimalist, and a quiet palette of whites and grays (“so many grays,” says Abe) lends calmness to the interior, where even sprinkler heads and mechanical vents are cleverly integrated and concealed.

The building opened in September 2017, and currently about 30 people work there full-time—a mix of institute employees and organ transplant research partners from UCLA and beyond. It seems fitting that Abe’s first finished project in Los Angeles was done for a client and friend whose close ties to both UCLA and Japan mirror his own. Terasaki was a longtime supporter of Abe, who remains director of UCLA’s Terasaki Center for Japanese Studies. Though the renowned scientist passed away shortly after the project broke ground, the new headquarters is an homage to his accomplishments and ideals.



Atelier Hitoshi Abe, 4472 W. Adams Blvd. Los Angeles, CA 90016, 323.378.6780,


Personnel in architect's firm who should receive special credit:

Hitoshi Abe, Pierre De Angelis, Cecilia Brock, Cat Pham


Architect of record:

House & Robertson Architects Inc., 10125 Washington Blvd. Culver City, CA 90232, 323.935.3158,


Personnel in Architect of Record's firm who should receive special credit:

Jim House, James Black, Silvija Olar, Khristeen Decastro


Interior designer:

Atelier Hitoshi Abe



SMEP: Burohappold




Skylight Engineer: NOUS Engineering Inc

Lighting Design: Burohappold

Skylight Fabricator: EIDE Industries, Inc.

Oculus Fabircator: Machineous Consultants

Canopy Fabricator: Cinnabar

Furniture Procurement: Sheridan Group

Construction Manager: MGAC


General contractor:

Taslimi Construction Company, Inc.



Roland Halbe


Exterior Cladding

Storefront: Arcadia



Sikaplan Adhered Energysmart Roof Membrane: Sika Corporation



Sloped Skylights: Arcadia

Domed Skylight: Bristolite



Custom: Atelier Hitoshi Abe

Wood Doors: Western Integrated

Glass Doors: Herculite


Interior Finishes

Custom: Atelier Hitoshi Abe

Designer White: Corian

STUDIO Porcelain Floor Tile: Stone Source

Special interior finishes unique to this project:

Interior Plaster: Custom Finish



Office furniture

Canvas Desks: Herman Miller

Sayal Chair (desk): Herman Miller

Eames Molded plastic (side): Herman Miller


Reception furniture:

COMMON modular sofa: Viccarbe

COMMON side table: Viccarbe

Smile Sofa and armchair: Niche

Wegner Shell Chair:Carl Hansen & Son

Eames Molded Plywood Lounge Chair: Herman Miller

Eames Wood Side Chair: Herman Miller


Physix Conference: Vitra

Magis Chair: Herman Miller

Chiaro Chair: Mattiazzi

Uchiwa Lounge: Hay


AGL Table: Herman Miller

Magis Tavolo: Herman Miller

Heron Side Tables: Niche

Saarinen Dining Table: Knoll

Other furniture:

Softwall: Molo Design



Interior ambient lighting:

LED Wall Grazer: Prudential

LED Linear:

Downlights: USAI

Office Tasklighting: Axis

Exterior: Bega, LED Linear

Dimming system or other lighting controls:

Architectural Lighting Control: Lutron

Skylight Lighting Control: Lumenpulse




Hydraulic, with Custom Fit-out Package: Schindler



Kitchen Sink: Elkay

Kitchen Faucets: Kohler

WC Lav: Cube

WC Faucets: Kohler

Toilettes Wall Hung: Kohler

Toilettes Floor Mounted: Duravit

Urinals: TOTO


Add any additional building components or special equipment that made a significant contribution to this project:  SOLATUBE Daylighting System