A community college in Oregon has begun construction on a new building devoted to maritime science. With it, the school hopes to solidify its position as a major industrial and marine technology center in the Pacific Northwest.
Designed by SRG Partnership, based in Portland and Seattle, the 15,500-sf Maritime Science Building will house classrooms and other instructional and building-support spaces at Clatsop Community College’s Marine and Environmental Research and Training Station (MERTS) campus. Only the fourth building on the MERTS campus, the structure will serve as an arrival point, one that strengthens the school’s maritime identity and brand.
![Maritime Building Classroom Rendering](/sites/default/files/inline-images/CCC%20MaritimeScience_SRG_N35.jpg)
Outside, cantilevers on both ends of the building create spacious, covered workspaces. Inside, the design evokes a working ship—with exposed steel, mechanical systems, and stairways all highlighting the training program’s hands-on ethos. Exposed mass timber nods to the maritime theme, while honoring the region’s timber industry. The mass timber also eliminates the need for internal columns, leaving the space open and adaptable. The building’s transparent atrium invites views from both inside and outside. And a large map of perforated wood shows where the Columbia River meets the Pacific Ocean.
![Maritime Science Building Views](/sites/default/files/inline-images/CCC%20MaritimeScience_SRG_N41.jpg)
“Moving through the building will feel like navigating the bridge on a maritime vessel,” SRG Partnership says in a statement.
In addition to its aesthetic appeal, the design serves a structural purpose. Adjacent to the Columbia River, the MERTS campus sits on land that was dredged from the river. The soil is sandy and silty, with a high risk of soil liquefaction in a seismic event—a key design challenge. Also, the bedrock lies 60 feet down. By limiting the footprint of the ground floor, the team minimized the amount (and cost) of foundation drilling. The cantilevered second floor provides the rest of the needed interior space.
![Building Sustainability](/sites/default/files/inline-images/CCC%20MaritimeScience_SRG_Sustainability_N33.jpg)
PAE will serve as the MEP engineer, with Catena as the structural engineer.
Related Stories
| Aug 11, 2010
Call for entries: Building enclosure design awards
The Boston Society of Architects and the Boston chapter of the Building Enclosure Council (BEC-Boston) have announced a High Performance Building award that will assess building enclosure innovation through the demonstrated design, construction, and operation of the building enclosure.
| Aug 11, 2010
CampusBrands Inc., NYLO Hotels team to launch student housing franchise brand
Which would you choose: the cramped quarters, thin mattresses, and crowded communal bathrooms of dormitory life or a new type of student housing with comfortable couches, a game room, fitness center, Wi-Fi in every room, flat-screen televisions and maybe even a theater?
| Aug 11, 2010
Perkins Eastman awarded Indian School of Business campus
The New York office of international design and architecture firm Perkins Eastman has been commissioned by the Indian School of Business for a 70-acre, 1.5 million-sf new business school campus as part of a 300-acre “Knowledge City” in Chandigarh, Mohali, India. The sustainable campus will accommodate four centers of excellence: healthcare management, public policy, manufacturing/ operations, and physical infrastructure management.
| Aug 11, 2010
Portland Cement Association offers blast resistant design guide for reinforced concrete structures
Developed for designers and engineers, "Blast Resistant Design Guide for Reinforced Concrete Structures" provides a practical treatment of the design of cast-in-place reinforced concrete structures to resist the effects of blast loads. It explains the principles of blast-resistant design, and how to determine the kind and degree of resistance a structure needs as well as how to specify the required materials and details.
| Aug 11, 2010
Harvard Law School Wood-Framed Houses
Cambridge, Mass.
A century ago, majestic Victorian homes lined Massachusetts Avenue in Boston, but few of these grande dames still survive. Harvard Law School owned three such beauties, which they used for office and research space. Unfortunately, the houses occupied prime real estate on which the school planned to build a new academic center. Rather than raze the historic wood-frame homes, the law school made it a priority to repurpose them.
| Aug 11, 2010
Gensler, HOK, HDR among the nation's leading reconstruction design firms, according to BD+C's Giants 300 report
A ranking of the Top 100 Reconstruction Design Firms based on Building Design+Construction's 2009 Giants 300 survey. For more Giants 300 rankings, visit http://www.BDCnetwork.com/Giants
| Aug 11, 2010
Bowdoin College Museum of Art
Brunswick, Maine
Since its founding in 1794, when what is now the state of Maine was still part of the Commonwealth of Massachusetts, Bowdoin College has played a pivotal role in the educational and cultural life of Maine. Contributing to that role for more than a century has been the Walker Art Building, an 1894 McKim, Mead & White-designed structure and home to the college’s Museum of Art.
| Aug 11, 2010
ASHRAE introduces building energy label prototype
Most of us know the fuel efficiency of our cars, but what about our buildings? ASHRAE is working to change that, moving one step closer today to introducing its building energy labeling program with release of a prototype label at its 2009 Annual Conference in Louisville, Ky.
| Aug 11, 2010
University of La Verne opens new campus center designed by Gonzalez Goodale Architects
Construction has been completed on a new campus center designed by the noted Pasadena-based institutional architecture firm Gonzalez Goodale Architects for University of La Verne that will help create a new identity for the venerable institution. The Sara & Michael Abraham Campus Center will be dedicated on September 10 at 3 p.m., in a ceremony attended by campus officials and other local dignitaries.
| Aug 11, 2010
10 tips for mitigating influenza in buildings
Adopting simple, common-sense measures and proper maintenance protocols can help mitigate the spread of influenza in buildings. In addition, there are system upgrades that can be performed to further mitigate risks. Trane Commercial Systems offers 10 tips to consider during the cold and flu season.