The new Life Sciences Building at Washington State University (WSU) Vancouver is a model for the future of sustainable, high-performance campus construction.
This 60,000-square-foot facility integrates cutting-edge labs and adaptable learning spaces while significantly reducing its environmental footprint. Built with Mass Ply Panels (MPP), this project sets a national benchmark for efficiency, sustainability, and architectural innovation.
How Mass Timber Made a Difference
From the start, WSU Vancouver wanted a building that met sustainability goals without sacrificing functionality. The progressive design-build team—led by SRG + CannonDesign—chose MPP for their strength, efficiency, and environmental benefits.
Here’s why MPP was the perfect choice:
- Lower carbon footprint. The use of mass timber in this project helped store 1,110 metric tons of carbon and prevent an additional 429 metric tons of CO₂ emissions. That’s equivalent to taking 325 cars off the road for a year.
- Faster construction. Prefabricated MPP allowed builders to eliminate unnecessary drywall and concrete, reducing both construction time and material waste.
- Sustainable resource management. Mass timber is sourced from smaller-diameter trees, which improves forest health by thinning overstocked woodlands.
The Role of MPP in the Building’s Design
The Life Sciences Building was strategically positioned on a sloped site, maximizing daylighting, energy efficiency, and connections to the surrounding landscape.
MPP played a crucial role in the design, offering:
- Structural strength. MPP provided the flexibility needed to create a durable, resilient framework, ensuring long-term stability.
- Aesthetic appeal. The exposed wood interior brings warmth and character to the space, creating an inspiring learning environment.
- Optimized energy performance. The innovative roof design preserves natural views and incorporates sustainable systems to reduce energy consumption.
A Model for the Future
The Life Sciences Building is a blueprint for sustainable construction. With LEED Gold certification on the horizon, this project proves that mass timber can outperform traditional materials in both efficiency and environmental impact.
As institutions and developers look for low-carbon, cost-effective solutions, this project highlights why mass timber is the future of construction.
See the Difference for Yourself
At Freres Engineered Wood, we believe in building smarter and more sustainably. The Life Sciences Building is proof that MPP can redefine what’s possible in modern construction. If you’re exploring sustainable building materials, let’s talk. Contact our team at buympp@frereswood.com to see how MPP can elevate your next project.
Photos by Matt Swain Photography.
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