[[bpstrwcotob]]
Why Precision Outperforms Excess in Cleanroom Design
Performance-based cleanroom design uses airflow modeling, process requirements, and validation to deliver the cleanliness needed without unnecessary infrastructure, energy use, or maintenance costs
Building a Lab Around What Users Need
For Baptist Health Jacksonville’s Gwendolyn Robles, the process of planning a new central laboratory has meant challenging old assumptions, involving frontline staff, and giving the project team time to get it right
Beyond Equipment: The Hidden Impact of Laboratory Infrastructure
How integrated infrastructure helps laboratories improve safety and sustainability
Building Tomorrow's Lab Design Leaders
As senior leaders prepare for retirement and new roles, science and technology firms are embedding mentorship, knowledge sharing, and leadership development into everyday practice to build the next generation of laboratory design leaders
What Makes a Lab Building Competitive Today?
Why are some research buildings attracting tenants while others remain vacant?
What Robotics-Driven Research Means for Future Laboratory Spaces
Autonomous labs are moving research beyond traditional workflows, requiring new approaches to flexibility, infrastructure, and collaboration. Learn how robotics, AI, and automation are influencing the design of next-generation laboratory environments
The Conversations That Make or Break a Research Building
Early planning and design decisions shape the long-term success of research buildings, making clear communication and stakeholder input essential to creating laboratories that perform for decades
Lab Flexibility and Scalability: A Holistic Approach to Future-Ready Research Environments
As funding uncertainty and evolving research demands increase pressure on institutions, laboratory flexibility must extend beyond modular furniture to include shared resources, adaptable infrastructure, and strategic planning that support long-term resilience and efficiency
An Operations-First Framework for Lab Renovations
Renovating active laboratories offers a cost-effective alternative to new construction but requires a highly strategic, operations-centered approach to upgrade facilities and integrate new technologies while minimizing disruptions to critical, ongoing work
