Loyola Information Commons
Installer: Empire Architectural Systems
Completed · 2008
Intelligent building skin, long spans
VS1 dual wall; integrated shading & ventilation
Loyola University Information Commons on Lake Michigan is a visually delicate structure set between two stone bookends. Transparency of the digital library is achieved through the use of both curtain wall and stainless steel cable net glazing, resulting in clear open spans and minimal supporting structures. The layered facade of the Information Commons building at Loyola University provides a dynamic and transparent link between the campus and the dramatic shores of Lake Michigan.
Exterior, east facade
Exterior, west facade with integrated shading
FROM THE ARCHITECT SCB
❝The building’s site inspired the design team to create a modern, transparent building that offers unobstructed views to the water from campus, while also respecting the historic architectural context of the main academic quad. The resulting design links the university’s past to its future through clear glass walls enclosed between limestone “bookends” using materials, scale, and details similar to those of the surrounding historic buildings.
Matching the Information Commons’ inventive digital library program is an equally innovative approach to mechanical and structural systems. The building features a double skin western façade to pre-heat and cool air, an automated window system along the east facade to capture and utilize airflow along Lake Michigan, radiant flooring, and a computer-controlled shading system to attain energy efficiency. Designed in collaboration with Transsolar Inc., the LEED Silver certified building reduces energy consumption by 52% while maintaining a comfortable interior environment for users.❞
Matching the Information Commons’ inventive digital library program is an equally innovative approach to mechanical and structural systems. The building features a double skin western façade to pre-heat and cool air, an automated window system along the east facade to capture and utilize airflow along Lake Michigan, radiant flooring, and a computer-controlled shading system to attain energy efficiency. Designed in collaboration with Transsolar Inc., the LEED Silver certified building reduces energy consumption by 52% while maintaining a comfortable interior environment for users.❞
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IN THE PRESS HIGH PERFORMING BUILDINGS
IN THE PRESS HIGH PERFORMING BUILDINGS
The university aimed to give students an indoor experience similar to being outdoors on a beautiful day by providing views through the building to Lake Michigan. The 70,500 sq. ft., four-story digital library’s advanced mechanical systems combine with the visually stunning architectural features to create a high performance building.
