From net zero to net positive in K-12 schools
Perkins Eastman’s pursuit of healthy, net positive schools goes beyond environmental health; it targets all who work, teach, and learn inside them.
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Perkins Eastman’s pursuit of healthy, net positive schools goes beyond environmental health; it targets all who work, teach, and learn inside them.
Peter Alspach of NBBJ shares how workplaces can benefit from a few automotive industry techniques.
According to Nick Sillies of GBBN, students are increasingly asking: "How sustainable is your institution?" Reusing existing buildings may help answer that.
Lincoln School, a former 90,000-sf Target retail store in Fergus Falls, Minn., was repurposed into Independent School District 544’s newest campus.
Perkins Eastman’s pursuit of healthy, net positive schools goes beyond environmental health; it targets all who work, teach, and learn inside them.
Peter Alspach of NBBJ shares how workplaces can benefit from a few automotive industry techniques.
According to Nick Sillies of GBBN, students are increasingly asking: "How sustainable is your institution?" Reusing existing buildings may help answer that.
Lincoln School, a former 90,000-sf Target retail store in Fergus Falls, Minn., was repurposed into Independent School District 544’s newest campus.
LPA's design for a new learning center in San Bernardino provides a model for a facility that prepares children for learning and supports the community.
Lisa Heschong, FIES, discusses her books, "Thermal Delight in Architecture" and "Visual Delight in Architecture," with BD+C's Rob Cassidy.
Tubular system provides daylight for modular school with small windows.
Advances in glazing materials and glass building systems offer a seemingly unlimited horizon for not only glass performance, but also for the size and extent of these light, transparent forms. Both for enclosures and for indoor environments, novel products and assemblies allow for more glass and less opaque structure—often in places that previously limited their use.
Driven by two distinct influences, a new generation of glass building enclosures now has a unique trajectory—toward higher performance and sustainability. One of those forces is the work by building teams who effortlessly blend design analysis with the creation of novel system solutions.
Thanks to data and analytics used routinely today to model and predict building performance, new and remarkably subtle approaches are being used to create facades and interior glass assemblies that allow more visible light transmission while reducing undesirable heating by direct sunlight.