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As the demand for life sciences facilities grows, so does the need for innovative, sustainable, and efficient construction solutions. Enter mass timber: a versatile and eco-friendly building material poised to revolutionize the design and construction of life sciences spaces. From the environmental benefits to the aesthetic qualities, mass timber offers a fresh take on the future of life sciences facilities.
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Digital Classics
Chris Bailey, creative design manager at Structure Tone London, is a visualization whiz. But he’s also a keen student of new technologies and always has his eyes
open for anything that may benefit his team’s projects and clients. When he saw how his STOBG colleagues in Texas were using reality capture tools like OpenSpace, he wanted in.
As the construction industry continually evolves, the industrial sector in the Southeast region, known for its vibrant ports and bustling trade, is met with cautious optimism, inundated with what’s trending, what’s changing and what the future holds. However, market dynamics are shifting toward smaller, specialized facilities to meet evolving lease demands and specifications.
By Ken Innella, President at LF Driscoll In recent years, healthcare construction projects…
Mass timber is having a moment in both large and small construction. But it’s not a new phenomenon. In fact, cross-laminated timber, or CLT, traces its origins to advances in wood processing and fabrication about 30 years ago in Austria, Germany and Switzerland.
Security
As the demand for life sciences facilities grows, so does the need for innovative, sustainable, and efficient construction solutions. Enter mass timber: a versatile and eco-friendly building material poised to revolutionize the design and construction of life sciences spaces. From the environmental benefits to the aesthetic qualities, mass timber offers a fresh take on the future of life sciences facilities.