The San Francisco office of Perkins+Will has been selected through
an international competition to design the Campus for Research
Excellence and Technology Enterprise (CREATE) for Singapore's
National Research Foundation. The 650,000-sq.-ft. scientific
research center will be located at the National University of
Singapore's new seven-acre University Town campus.
Set to surpass current performance benchmarks for scientific
research facilities in the tropics, the CREATE campus will also
raise the bar for sustainability through the use of daylight and
solar generated power among other initiatives.
"This will be far more than a research complex in the tropics -- it
will be an integral part of the tropical ecosystem," says Russ
Drinker of Perkins+Will. Green roofs will reduce stormwater runoff,
minimize interior heat gain and conserve energy. Basic water needs
will be met by capturing tropical rainfall and wind turbines driven
by tropical breezes and enthalpy wheels that capture wind-generated
warmth will also be utilized.
The actual campus will include three mid-rise buildings and a
high-rise tower. The landscape design will be modeled after a
tropical rainforest, helping to recreate a habitat attractive to
endangered animal species. This could lead to a potential rebirth
of the site's natural ecosystem. Completion is scheduled for 2010
ChetanPerkins+Will to Design CREATE
June 30, 2008
The San Francisco office of Perkins+Will has been selected through an international competition to design the Campus for Research Excellence and Technology Enterprise (CREATE) for Singapore's National Research Foundation. The 650,000-sq.-ft. scientific research center will be located at the National University of Singapore's new seven-acre University Town campus.
Set to surpass current performance benchmarks for scientific research facilities in the tropics, the CREATE campus will also raise the bar for sustainability through the use of daylight and solar generated power among other initiatives.
"This will be far more than a research complex in the tropics -- it will be an integral part of the tropical ecosystem," says Russ Drinker of Perkins+Will. Green roofs will reduce stormwater runoff, minimize interior heat gain and conserve energy. Basic water needs will be met by capturing tropical rainfall and wind turbines driven by tropical breezes and enthalpy wheels that capture wind-generated warmth will also be utilized.
The actual campus will include three mid-rise buildings and a high-rise tower. The landscape design will be modeled after a tropical rainforest, helping to recreate a habitat attractive to endangered animal species. This could lead to a potential rebirth of the site's natural ecosystem. Completion is scheduled for 2010