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Designing for safety means thinking past the vestibule. Visibility, staffing, weather protection, and material choices all influence not only how well the entrance performs, but how secure people feel using it.

Adaptive reuse is often framed around what can be saved: the structure, the materials, the historic details. But the real value of a place extends far beyond what’s physically intact.

What should research organizations know before planning a new lab? Explore practical insights on space, infrastructure, and future growth.

Learn what documented project data is teaching us about the most effective path to high-performance, resilient buildings.

When budgets get tight, design details are often the first things on the chopping block. But what if the smartest way to save money isn't always spending less?

From acoustics and circulation to flexible seating and sensory considerations, see how thoughtful design can improve the school day for students and staff.

Many colleges already have the buildings they need. The opportunity lies in reimagining them for the future.

For owners, operators, and lab directors, the opportunity is simple: before a single line is drawn, start with the work itself.

Simulation has emerged as the backbone of “med-ed,” but technology alone isn’t a guarantee of success. For students to fully inhabit the role, the classroom must disappear.  

Learn how external and internal structural forces shape laser lab stability and performance — and why early planning is critical.

The 80/20 lab model gives institutions a smarter way to activate STEM research space; faster and without the need for new construction.

From flexible collaboration spaces to healthy materials, our new headquarters reimagines the modern workplace.