Morris A. Schapiro Center for Engineering & Physical Science Research
Published June 1992
Columbia University provides a high-technology research center at the University's Center for Telecommunications Research. The 145,000-sf Schapiro Center for Engineering and Physical Science Research allows space for expanding research efforts in computer sciences, telecommunications and microelectronics, robotics and bioengineering.
The new research facility is a center for the University, New York State, and industry to create partnerships in high technology research. The University gains in research and education, the state's economy is supported, and private industry is fueled by new ideas emerging from research collaboration. New York State's support of the project, both financially and conceptually, indicates not only the state's interest in making New York State an attractive location for high technology industries, but also its recognition of Columbia's strong research capabilities in high technology. The building's materials, patterns, and details respect both its high-tech function and the historic site.
A significant design consideration was the building's flexibility for the future. Lab design is generic to allow these spaces to be tailored to the researcher's specific requirements. The laboratories include wet, dry, laser, high bay, cleanrooms and computer labs with raised floors. Offices are also generic and modular in design, and can be easily converted into laboratory spaces. Proper utility systems were installed in preparation for adaptable uses. A cable tray and backbone conduit system allow for the creation of local area networks throughout the facility.
Another part of the project was the relocation of the power plant for the entire campus to the basement of the new Center. The bulk of the research facility begins at the plaza level rather than the street level, with the 50,000-sf power plant, building common areas and circulation occupying most of the space between these two levels. A rigid reinforced concrete structure was required to resist vibrations from the boiler plant below.
The Schapiro Center expresses connectivity and modern research within the 19th Century stylistic traditions of the campus. High-tech materials -- including metal, window surrounds, ceramic patterned glass and high capacity tube-truss bridges -- set a tone for the 21st Century.
| Building Owner: |
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Columbia University |
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Owner Contact:
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Ms. Johnna Harvey, Associate Dean
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Building Location:
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New York, NY UNITED STATES
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Project Type:
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New Construction
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Principal Building Function:
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Research center: computers, microelectronics, telecommunications, robotics. |
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Project Delivery Method:
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Construction Management
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Project Timeline
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| May 1986 | Planning Start |
| Jan 1987 | Design Start |
| Jun 1989 | Construction Start |
| Jun 1992 | Completion |
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Last known status: Completed
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| Project Cost: |
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$82,000,000 |
| Construction Cost: |
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$62,000,000 |
| Cost Per Sq. Ft: |
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$426 |
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About These Cost Figures
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Project Includes:
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Cleanroom
Computers
Data Center
Headquarters
Laboratory: Dry And Wet
Laboratory: R&D
Office
Power Plant
R&D
Research
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| Total GSF: |
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145,400 |
| Total NSF: |
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68,100 |
| Efficiency: |
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47% |
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Building Population:
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300
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People Density:
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483 gsf/person
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Building Services:
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120/208v and 480v bus duct, process chilled water, compressed air, liquid nitrogen, non-potable hot and cold water, laboratory waste, fume hood and general lab exhaust
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Office Size:
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180 NSF
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Power Req:
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45 watts/nsf
Lighting: 2 watts/nsf
Equipment: 12.5 watts/nsf
Power: 30 watts/nsf
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HVAC Req:
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3 cmf/nsf
Heavy/Wet Labs: 3 cfm/nsf
Light Labs: 2 cfm/nsf
Office: 1.2 cfm/nsf
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Structure/Foundation:
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Concrete Frame
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Lab Module:
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10' x 30'
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Casework Mat'l:
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Metal, floor mounted and wall hung, epoxy resin tops
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Fume Hoods:
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4? variable air volume hoods
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Biosafety Cabinets:
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None
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Architect
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Hellmuth, Obata + Kassabaum Inc. (HOK)
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Contractor
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Turner Construction
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| Profile Created 06/01/1992 |
| Last Updated 04/04/2006 |
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The cost figures reported are supplied by the firms that submitted these
projects for publication, which in most cases are the designers or builders.
Whereas these sources are intimately familiar with their projects, they may
not be fully aware of the owners' finally-realized and recorded costs. In some
cases, costs are truly and completely accounted for, and in others they represent
a near approximation of the final costs. Costs have not been adjusted for
year of construction, nor has any attempt been made to make regional cost
adjustments.
Further, costs are not comparable on any kind of detailed standard costing model.
Hence, it is possible for the cost of one building to include a steam boiler, while
the cost of a comparable building might not include the boiler, if steam is being
supplied from an already existing campus grid. Or, in another case, a building might
include excess boiler capacity to supply steam to another building. Some submittals
include fees or unusual site improvements as part of the construction costs, which
others do not.
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Floorplan
Exterior Notes:
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