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Carl Icahn Laboratory, Lewis-Sigler Institute for Integrative Genomics
Carl Icahn Laboratory, Lewis-Sigler Institute for Integrative Genomics
Princeton, NJ, United States
Project Featured on Jul 15, 2015
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Other Projects by Rafael Vinoly Architects
Carl Icahn Laboratory, Lewis-Sigler Institute for Integrative Genomics
Princeton, NJ, United States
Project Featured on Jul 15, 2015
STATUS
Built
YEAR
2004
SIZE
100,000 sqft - 300,000 sqft
BUDGET
$10M - 50M
Photos
The mission of the Lewis-Sigler Institute for Integrative Genomics is to conduct pioneering research into fundamental questions of biology by integrating perspectives and analytical tools of molecular biology, chemistry, physics and computer analysis. To help achieve these goals, the Carl Icahn Laboratory, among the first fully integrated labs in America, was designed to unite researchers from a variety of disciplines and encourage a free exchange of thoughts and findings.
The facility accomplishes this with a large central atrium at the heart of the building, a social place where researchers and students can meet in formal and informal conference areas, sparking the impromptu discussions that lead to collaboration and new research paths. The atrium looks onto a large, ellipse-shaped campus quad through a curved, two-story glass curtain wall that introduces natural light deep into the center of the building. In order to minimize thermal loading on the mechanical systems, a series of thirty-one 40-foot-tall, computer-controlled aluminum louvers track the movement of the sun to provide optimal shading to the south-facing curtain wall at all times, creating a dynamic interplay of light and shadow in the atrium throughout the day.
The “loft-like” laboratories are arranged along the north and eastern elevations of the building. With open floor plans, modular partitions, 12-foot-high ceilings, interstitial mechanical stories, and demountable casework and lab benches, the laboratories are designed for maximum flexibility over time as research needs change to keep up with the pace of genomic science. Clerestory windows introduce abundant daylight into the laboratories and faculty offices, creating a welcoming research environment.
With a significant outdoor pedestrian route passing between the louvers and curtain wall, and with cladding designed to transition between the architecture of the university’s science facilities and its more traditional stone structures, the new building is seamlessly integrated into the campus, creating a prominent home to promote the institute and inspire scientific inquiry.
The facility accomplishes this with a large central atrium at the heart of the building, a social place where researchers and students can meet in formal and informal conference areas, sparking the impromptu discussions that lead to collaboration and new research paths. The atrium looks onto a large, ellipse-shaped campus quad through a curved, two-story glass curtain wall that introduces natural light deep into the center of the building. In order to minimize thermal loading on the mechanical systems, a series of thirty-one 40-foot-tall, computer-controlled aluminum louvers track the movement of the sun to provide optimal shading to the south-facing curtain wall at all times, creating a dynamic interplay of light and shadow in the atrium throughout the day.
The “loft-like” laboratories are arranged along the north and eastern elevations of the building. With open floor plans, modular partitions, 12-foot-high ceilings, interstitial mechanical stories, and demountable casework and lab benches, the laboratories are designed for maximum flexibility over time as research needs change to keep up with the pace of genomic science. Clerestory windows introduce abundant daylight into the laboratories and faculty offices, creating a welcoming research environment.
With a significant outdoor pedestrian route passing between the louvers and curtain wall, and with cladding designed to transition between the architecture of the university’s science facilities and its more traditional stone structures, the new building is seamlessly integrated into the campus, creating a prominent home to promote the institute and inspire scientific inquiry.
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