CALIFORNIA INSTITUTE OF TECHNOLOGY: JORGENSEN LABORATORY CALTECH
Pasadena, California, United States
RETROFIT
ORIGINAL
Buro Happold
2012
Education + Research
3
30,000 ft22,787 m2
Re-Clad
  • Concrete Wall
  • Highly-Glazed curtainwall ( > 50% glass)

OTHER SYSTEMS INCLUDED IN THE RETROFIT
  • HVAC and/or mechanical systems
  • Daylighting controls
  • Building management system

EXTENT OF THE FACADE INTERVENTION

DESCRIPTION
The Jorgensen Building at the California Institute of Technology's campus in Pasadena, California, USA. was built in the 1970s to host computational department. In 2012 the building completed a total renovation that rescued and adapted the building as a state-of-the-art research facility. The intervention in the facade included removing vertical concrete sunshades of the original building to install a thermally efficient curtain wall system. The system spans 12 feet in upper section with shorter spans at storefront level. Both systems incorporate 1-inch insulated glazing units with a low-E coating in a composition of different sizes and patterns. Some of the mullions are deeper than others, and combine with translucent glass. A new glass-enclosed entrance pavilion replaced the building's original bridge entry.
OWNER
California Technology Institute


DEVELOPER


DESIGN ARCHITECT
A. Quincy Jones


EXECUTIVE ARCHITECT


ENGINEER


CONSTRUCTION MANAGER


GENERAL CONTRACTOR


FACADE CONSULTANT


FACADE CONTRACTOR


OTHER CONSULTANT/CONTRIBUTOR
1970
Other
3


ORIGINAL FACADE DESIGN


DESCRIPTION
The Jorgensen Building at the California Institute of Technology's campus in Pasadena, California, USA. was built in the 1970s to host computational department. In 2012 the building completed a total renovation that rescued and adapted the building as a state-of-the-art research facility. The intervention in the facade included removing vertical concrete sunshades of the original building to install a thermally efficient curtain wall system. The system spans 12 feet in upper section with shorter spans at storefront level. Both systems incorporate 1-inch insulated glazing units with a low-E coating in a composition of different sizes and patterns. Some of the mullions are deeper than others, and combine with translucent glass. A new glass-enclosed entrance pavilion replaced the building's original bridge entry.