Architectural Details

Next-Generation Design

Designed by Weiss/Manfredi and opened in 2013, the 78,000 gross square foot facility houses several multi-user experimental laboratories critical to advanced research and development in nanotechnology. In addition to the laboratory spaces, the building features a courtyard, public galleria, a forum space and three contemporary conference rooms.

Unique Attributes of The Singh Center

  • The Soft Lithography suite provides an immediate access point in the Quattrone cleanroom. Research in this suite can be conducted with minimal dress preparation.
  • Characterization and Scanning Probe facility locations are street recessed below-ground residing on 18-inch bedrocked platform to reduce vibration interference and increase stabilization to increase efficiency of high-intensity, low-vibration microscopes. The facilities are also designed to be isolated from atmospheric turbulence and electromagnetic noise.
  • Air-flow systems control the temperature inside the labs to vary less than one degree year-round. The labs are also enclosed in aluminum plate AC shielding with Teflon coating and wideband AD/DC active field cancellation systems to protect the equipment from electromagnetic interference.
  • In addition to specialized equipment, each facility contains highly optimized laboratory space with vibration, temperature and electrical noise control to provide the necessary environment for collaborative research for medical devices.
  • The first floor space is isolated from mechanical vibration (criteria NIST-A/VC-E) and electromagnetic interference, with dedicated air handlers, state of the art environmental controls and fire protection.
  • The green roof water retention system reduces storm water runoff and urban heat island effects, while encouraging biodiversity through the creation of local habitats.
  • A wide front lawn on Walnut Street conceals a cistern below grade to capture and store rainwater that falls on the site for irrigation.
  • Plumbing fixtures and systems reduce water use to 30% below industry standards.
  • The glass walls contain fritting, which reduces glare, preventing solar heat gain, and creates patterns of light and shadow that change and move throughout the day.
  • The “Denver Post” lists the Singh Center as the best architecture of 2013.
  • The Krishna P. Singh Center for Nanotechnology has been awarded LEED Gold status for new construction by the U.S. Green Building Council, a coveted recognition of best-in-class building strategies for energy and environmental design.
  • The Mid-Atlantic Chapter of the Construction Management Association of America awarded First Place in the category of higher education projects over $20 million to The Singh Center for Nanotechnology.
Lithography
Suite
  • The Soft Lithography suite provides an immediate access point in the Quattrone cleanroom. Research in this suite can be conducted with minimal dress preparation.
  • Characterization and Scanning Probe facility locations are street recessed below-ground residing on 18-inch bedrocked platform to reduce vibration interference and increase stabilization to increase efficiency of high-intensity, low-vibration microscopes. The facilities are also designed to be isolated from atmospheric turbulence and electromagnetic noise.
  • Air-flow systems control the temperature inside the labs to vary less than one degree year-round. The labs are also enclosed in aluminum plate AC shielding with Teflon coating and wideband AD/DC active field cancellation systems to protect the equipment from electromagnetic interference.
Laboratory
Space
  • In addition to specialized equipment, each facility contains highly optimized laboratory space with vibration, temperature and electrical noise control to provide the necessary environment for collaborative research for medical devices.
  • The lower level space is isolated from mechanical vibration (criteria NIST-A/VC-E) and electromagnetic interference, with dedicated air handlers, state of the art environmental controls and fire protection.
Building
Features
  • A wide front lawn on Walnut Street conceals a cistern below grade to capture and store rainwater that falls on the site for irrigation.
  • The glass walls contain fritting, which reduces glare, preventing solar heat gain, and creates patterns of light and shadow that change and move throughout the day.
Best
Architecture
LEED
Gold
  • The Krishna P. Singh Center for Nanotechnology has been awarded LEED Gold status for new construction by the U.S. Green Building Council, a coveted recognition of best-in-class building strategies for energy and environmental design.
  • Plumbing fixtures and systems reduce water use to 30% below industry standards.
  • The green roof water retention system reduces storm water runoff and urban heat island effects, while encouraging biodiversity through the creation of local habitats.

Getting Started

The Singh Center is open to all institutions — academic and industry.
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