Project Detail

 

Collaborative Life Sciences Building

Portland, OR United States

SERA Architect and CO Architects

 

Project Description

In October 2011, three of the state's top universities broke ground on a landmark facility that will combine the resources of Oregon Health & Science University, Oregon State University and Portland State University. The $295 million project is the first on this scale to combine the resources of multiple universities, expanding life sciences, pharmacy, medical and dental education in Oregon with 500,000 square feet of instructional and research space.

Portland's SERA Architects and CO Architects of Los Angeles collaborated on this multi-client / fast-paced project. CO Architects led the programming and design, and SERA acted as executive architect, providing sustainability design and project management. JE Dunn was brought on board during Schematic Design to provide Construction Management services with a GMP.

One of the unique features about this new building is the enclosure design. The exterior of the Collaborative Life Sciences Building (CLSB) is made up of pre-finished perforated panels of aluminum, engineered in a corrugated profile.

“While the perforated panels give the building visual interest, they come with a technical challenge with respect to wind and water intrusion,” explains SERA Architect, Sean Scott. “Coupling the Water Shedding Membrane with the open joint perforated panels meant avoiding wind-washing that reduces effective R-values and gives the assembly a durable, breathable, maintainable, economical and aesthetically pleasing Water Shedding Membrane (WSM).”

Finding the right solution was hard enough without having to deal with a hyper-fast track design and construction schedule that further complicated the project and all of its moving parts. For example, design, permitting, sub-contractor work sessions, shop drawings, and construction phases sometimes occurred simultaneously due to the fast-tracked nature of the project. But as the team soon learned, a collaborative and innovative workforce that brought the design and construction team together to find solutions for the exterior detailing would come to be the backbone of this revolutionary build.

 

Project Details

Collaborative Life Sciences Building
Location:
Shared by:
 
Project Team:
    SERA Architect, JE Dunn General Contractor, Skyline Sheet Metal and QED Testing Labs
 
Project Type:
Project Status:
Year Completed:
Project Size:
    500,000 sq ft
Construction Cost:
    $295,000,000
 
 

Specified Products

Cosella-Dörken Products Inc. DELTA®-FASSADE S

The extreme UV resistance of this water-resistive barrier makes it particularly suitable for use in open joint cladding systems. The watertight membrane is highly vapor permeable and extremely tear resistant

Its excellent stability against ultra violet light means no doubling up of the membrane and no sacrificial layers. DELTA®-FASSADE S provides sustainable moisture protection behind open joint claddings for many years of service.

DELTA®-FASSADE S, highly stabilized against damage from UV exposure, is designed for use in cladding systems that have open joints of up to 2” (50 mm) wide which expose up to 40 % of the entire facade surface. It acts as a durable drainage plane, channeling bulk (liquid) water from wind-driven rain and snow to the outside of the structure. The watertight membrane helps protect the building enclosure from damaging effects of moisture infiltration. Its high vapor permeability allows moisture within the cavity to escape swiftly. DELTA®-FASSADE S is Class A fire-rated. Its performance is unaffected by surfactants.

 
 

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