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Building Better Labs with Mass Timber: Sustainability, Speed, and Wellness in Design
Mass timber is transforming laboratory design by offering a low-carbon, high-performance alternative to steel and concrete, enabling faster construction, precision-engineered research spaces, and human-centered environments that support wellness, collaboration, and sustainability
Minimizing Risk: Strategies for Design and Construction
Laboratory design and construction teams can minimize risk—and improve project outcomes—by embedding proactive risk management strategies, clear communication, collaborative culture, and advanced planning tools into every phase of a project.
Twenty Years After Katrina: What Laboratory Designers Can Learn About Resilience
Two decades after Hurricane Katrina exposed the vulnerabilities of critical scientific infrastructure, laboratory designers and builders are embracing a holistic, performance-based approach—leveraging digital tools, modular construction, and community-integrated planning—to ensure labs not only survive disasters but sustain research, protect communities, and accelerate recovery
How Wayne State is Preparing Labs for What’s Next
Wayne State University will break ground this fall on a $200 million, 160,000‑sf Health Sciences Research Building designed to accelerate discoveries, foster cross-disciplinary collaboration, and connect researchers directly with the Detroit community
Renovating Laboratories: Key Concerns and Challenges in Transforming Existing Spaces
Laboratory renovation offers sustainability and cost advantages over new construction but poses complex challenges—including structural limits, MEP upgrades, safety compliance, and stakeholder coordination—that require careful planning and collaboration to create flexible, high-performing research spaces
Fire Safety Concerns in Laboratory Design
Fire safety in laboratories requires holistic, intentional design that integrates code compliance, hazard mitigation, resilient infrastructure, and support for staff preparedness to prevent, contain, and respond to incidents while protecting people, research, and operations
Designing Flexible Academic Labs for a Changing Research Landscape
Academic laboratory renovations are increasingly replacing new construction, with success hinging on early stakeholder engagement, infrastructure upgrades, and flexible, light-filled designs that balance safety, adaptability, and recruitment goals
Designing Vertically: The Future of Urban Labs
Vertical lab design is redefining urban research facilities by maximizing limited real estate, emphasizing the importance of early interdisciplinary collaboration to overcome structural, MEP, and regulatory challenges and create adaptable, high-performance spaces for the future of science
Translating User Feedback into Smarter, More Flexible Labs
Engaging lab end users early in the design process can help readers avoid costly mistakes, improve functionality, plan for future technologies, and create lab spaces that truly support scientific work and well-being
Inside a Hands-On Nuclear Training Environment at UNLV
NuScale’s Energy Exploration Center is a global, university-based simulator program that provides students with hands-on training in nuclear power plant operations using advanced modeling of NuScale’s small modular reactor control room to support engineering education and workforce development