Design unveiled for UW Computer Science & Engineering Phase 2

Unique design encourages collaboration and spontaneous interaction 12/15/2016

SEATTLE, December 15, 2016 /PRNewswire/—LMN Architects announces the unveiling of their design for the new Computer Science and Engineering Building, Phase 2 (CSE2) for the University of Washington. The new 138,000-square-foot facility will help meet the soaring demand for education in computer science, which has recently surpassed business as the most popular major at the University of Washington. CSE2 will complement the existing 165,000-square-foot Paul G. Allen Center for Computer Science & Engineering, also designed by LMN, which was completed in 2003.

Departing from the minimalist building aesthetic popularized by the tech industry, CSE2 will offer a welcoming and comfortable environment for students, researchers, and faculty—something very different from what is typically found in the private sector. The building will be wrapped with a two-sided, curving form that responds to existing site conditions, topography and campus circulation. The richly detailed and layered façade system proposed for the building is composed of textured terra-cotta panels floating in front of a striking black glass and metal skin. A middle layer of protruding aluminum fins will provide sun shading and glare control while mediating the depth of the composition.

Within the building, a variety of spaces—including classrooms, offices, and workrooms—are deliberately mixed and intermingled across five floors to encourage interaction between faculty and students from different specialties. Workrooms and offices will be pulled to the building edges, while the center of the building is open and defined by a large, central atrium providing visual and physical connections to all floors. An expansive skylight will top the atrium, bringing light deep into the heart of the building. A planned roof-level event center will take advantage of sweeping views of Lake Washington and the Cascade Mountains to provide a signature experience for a flexible range of conferences and functions.

“The design seeks to capture the unique culture of UW CSE, deliberately mixing research, office, collaboration, and social spaces in a dynamic composition that encourages the spontaneous interaction of its community,” notes Stephen Van Dyck, AIA, Partner at LMN Architects. “The playful rhythm of exterior materials—terra-cotta, metal and glass—will serve as a metaphor for the intertwined experiences contained within its singular form.”

A coffee shop situated along the busy Stevens Way thoroughfare will create a porous transition between the exterior landscape and the interior of the building and encourage informal interactions across the site and with the broader community. The project’s impact will extend beyond the immediate area to redefine campus movement through the engineering precinct—bringing a holistic approach to integrating campus circulation including cars, buses, pedestrians, and bicycles.

“The Paul G. Allen Center has exceeded our expectations in every way, enhancing our culture and enabling our rise to one of the nation’s premier computer science programs,” says Henry M. Levy, UW’s Wissner-Slivka Chair of Computer Science & Engineering. “LMN has done it again with CSE2, creating a dynamic environment where students, faculty and staff will work together to invent the future.”

The project, which is expected to be completed in early 2019, will target LEED Silver certification.

Project team
LMN Architects (architecture/interior design)
University of Washington, Facilities (owner)
Magnusson Klemencic Associates (structural)
Affiliated Engineers NW, Inc. (mechanical/plumbing)
Stantec (electrical/acoustics/audio visual)
Olin (landscape)
Mortenson (general contractor/construction manager)

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About LMN
Seattle-based LMN Architects specializes in the planning and design of significant public and private projects, including educational facilities, convention centers, cultural arts venues, office buildings, hotels, transit stations, mixed-use developments and other urban environments that celebrate and enrich communities. The firm is the recipient of the 2016 American Institute of Architects Architecture Firm Award. www.LMNArchitects.com

For further information contact:
Matt Anderson
Anderson Strategic, Inc.
e: matt@andersonstrategic.net

LMN selected for Active Learning Building at UC Irvine

Building embraces active learning in and out of the classroom 12/02/2016

SEATTLE, November 8, 2016 /PRNewswire/ — LMN Architects—a multidisciplinary design firm with a reputation for distinctive, community-focused projects of all scales—and California-based builder Hathaway Dinwiddie announce their selection for the $46 million Classroom and Office Building project at the University of California at Irvine. The 70,000-square-foot building will serve the full range of active learning pedagogy and underlying academic tenets of the University: exploring, discovering, advancing theories, testing ideas and collaborating. The project marks a continuation of the firms’ successful design-build collaboration which includes the addition to the Paul Merage School of Business and the recently completed University Extension Classroom Building, both of which are on the University of California at Irvine campus.

“It’s all about social performance. The interactive functionality of the active-learning classrooms extends to a sequence of community spaces—interior and exterior—providing students with lots of choices for group work and social connection.” said George Shaw, FAIA, Partner at LMN Architects and Partner-in-Charge of the project.

Set in the heart of the 1,500-acre Irvine campus, the design promotes a diversity of team-based modes of learning and social interaction, while extending the active learning experience to the surrounding Aldrich Park campus neighborhood. The project is composed of three primary elements: a two-story elliptically-shaped Pavilion housing lecture halls; a three-story classroom wing framed with a continuous student Mixing Hall; and the Bridge, a central vertical circulation and gathering space that interconnects the functions of the two primary structures.

“UC Irvine was one of the first U.S campuses to institute design-build delivery, and over several decades they have developed one of the most sophisticated and well defined design-build processes in the industry,” said Rashmi Mehta, Vice President, Hathaway Dinwiddie. “Based on best design and best value, UCI’s system provides a unique opportunity for flexibility and creativity in the design process, which has resulted in high quality, yet cost effective sustainable architecture on their campus.”

The Classroom Building features two floors of day-lit classrooms and circulation areas (the Mixing Hall) and a third level, which houses student offices and computer labs. Natural light filters through the exterior sunshade latticework to the mixing zone’s circulation and collaboration spaces. Accessed from large campus plazas on two sides, a series of community spaces capture expansive views to Aldrich Park and the broader campus landscape, creating an interconnected indoor-outdoor student experience.

The elliptically shaped Pavilion anchors the entry plazas, while housing two multi-use lecture halls—one 400 seat and one 250 seat. The halls employ a double-tier seating configuration that allow students to work in sub-groups, while preserving lecture and case-study functionality. An exterior loggia adjoins the Pavilion to the pedestrian scale of the plaza, with perimeter seating clusters and an open-air stairway that spirals to the upper level walkway. Vertical window openings bring light to the instructional spaces while creating an internal glow that animates Pavilion’s evening presence within the plaza.

“By assembling program areas into distinct building components and then pulling those components apart, we were able to break down the scale of the buildings and create opportunities for social interaction in those interstitial spaces,” said John Chau, AIA, Partner and Project Designer at LMN Architects.

“LMN’s creative approach of unlocking the site and rearranging the program led to a bold design solution that enhances the overall experience for both students and faculty,” said Brian Pratt, AIA, LEED AP, Campus Architect for UC Irvine.“We are delighted with the results and look forward to working with LMN and Hathaway Dinwiddie to deliver this terrific new project on campus.”

The project is targeting LEED Platinum certification.

Project Team
LMN Architects (design and executive architect)
Hathaway Dinwiddie (design-build contractor)
DCI Engineers (structural engineer)
Alvine Engineering (MEP engineer)
AHBE (landscape architect)

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About LMN
Seattle-based LMN Architects specializes in the planning and design of significant public and private projects, including convention centers, cultural arts venues, education facilities, office buildings, multi-family housing, hotels, transit stations, mixed-use developments and other urban environments that celebrate and enrich communities. The firm is the recipient of the 2016 American Institute of Architects Architecture Firm Award.
www.LMNArchitects.com

About Hathaway Dinwiddie
San Francisco-based Hathaway Dinwiddie specializes in building significant public and private projects including cultural arts venues, student housing, educational facilities, office buildings, hotels, health and life sciences buildings, pharmaceutical projects, and mixed-use developments. The firm was named 2016 ENR California Builder of the Year. www.hdcco.com

About the University of California, Irvine
Founded in 1965, UCI is the youngest member of the prestigious Association of American Universities. The campus has produced three Nobel laureates and is known for its academic achievement, premier research, innovation and anteater mascot. Led by Chancellor Howard Gillman, UCI has more than 30,000 students and offers 192 degree programs. It’s located in one of the world’s safest and most economically vibrant communities and is Orange County’s second-largest employer, contributing $5 billion annually to the local economy. For more on UCI, visit www.uci.edu.

For further information contact:
Matt Anderson for LMN Architects
e: matt@andersonstrategic.net

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