Designing STEM Learning Facilities for the Future
As STEM curriculum evolves, academic institutions need to create new types of learning environments.
As STEM curriculum evolves, academic institutions need to create new types of learning environments.
These six facilities show how rubber flooring can be used as a unique tool for teaching, measuring progress and giving direction.
Thirty years ago, the introduction of larger, open environments changed the scope of lab design. But aside from the rapid incorporation of technology in the laboratory, what else has changed?
Classrooms at Germantown Friends School serve as both lecture areas and living laboratory spaces. See how sustainable flooring meets the school’s unique vision for an eco-friendly curriculum.
When a major global instrument and software technology company opened a new center, they relied on electrostatic dissipative materials to ensure safety around sensitive electronic machines.
Learn how Kaiser Permanente – the largest nonprofit healthcare system in the U.S. – made the switch from products containing PVC to materials that promoted better indoor air quality.
We’ve rounded up the top new products revealed at the 2015 Healthcare Design Expo. From resilient flooring to hospital tracking software, see the range of innovations that took top honors.
Driven by the demand for flexible, collaborative spaces, science teaching labs are transforming to accommodate new approaches to how students conduct experimental work.
There is no one set of criteria to follow when performing a Post-Occupancy Evaluation (POE). We dive into the model followed by Pfizer’s Center for Therapeutic Innovation to reveal best practices.
Learn how this school took an important step toward securing its Earth Advantage Commercial certification thanks in part to the sustainable properties of rubber floor coverings.