Alternate Models for Bioscience Research Facilities: A Case for Urban Lab Integration

mbharch
Jun 11
2 min read

Aerial view of a modern, angular white-roofed building in an urban setting with trees and parked cars below. Surrounding are tall, varied buildings.

As life sciences continue to evolve at the forefront of innovation, the spaces where this research happens must evolve as well. At MBH Architects, we believe the next frontier in bioscience facility design lies not on isolated campuses, but in the heart of our cities.

People converse inside a modern lab with large windows, vibrant furniture, and digital displays. Yellow chairs and green stools outside.

Why Bring Biosciences into Cities?

Today’s leading bioscience companies are competing for top talent—and talent is increasingly drawn to dynamic urban environments. By embedding labs within cities, developers, researchers, and communities alike reap the benefits. Urban bioscience labs offer proximity to universities, cultural amenities, and vibrant neighborhoods that support a high quality of life. For developers, this means long-term value and mixed-use potential. For end users, it fosters community engagement and stakeholder synergy. And for cities, these labs can become powerful economic engines.

Aerial view of a waterfront development with buildings, parking lots, and docks. Boats are docked. The scene is serene and green.

What Makes Urban Bioscience Labs Financially Viable?

Urban infill and adaptive reuse of existing buildings present smart, sustainable business opportunities. These projects often qualify for incentives and collaborative funding, including philanthropic grants, federal research agency support (NIH, USDA, DOE), and partnerships with universities and corporations. By de-risking projects and aligning with diverse funding sources, strategic urban bioscience developments can thrive financially and deliver long-term ROI.

Modern building with large windows and vibrant yellow accents at dusk. Clear sky above, trees and bike racks in front. Peaceful mood.

Can Urban Labs Be Sustainable?

Absolutely. Cities offer a built-in infrastructure advantage—transit access, existing utility networks, and dense, walkable communities. At MBH, we emphasize sustainability strategies such as seismic retrofitting, intentional landscaping, and adaptive reuse, often achieving LEED Gold certification. These efforts reduce environmental impact while promoting economic resilience, ESG alignment, and long-term community investment.

Four people discuss at a long table in a modern office with large windows and a glass wall overlooking a bright, industrial workspace.

What Are the Urban Design Challenges?

Designing labs for cities is not without complexity. Noise control, vibration sensitivity, and zoning restrictions require highly technical solutions. But just as important is the narrative—demystifying labs and transforming them into spaces of curiosity, transparency, and inclusion. At MBH, we believe that when design meets storytelling, labs can serve not only as centers for innovation but also as anchors for community building.

Lab with two scientists in white coats using equipment. Bright yellow accent wall. Modern glass and concrete design. Calm, focused atmosphere.

In Summary

At MBH Architects, we see a future where bioscience research is seamlessly integrated into the fabric of our cities—where labs drive economic vitality, attract top talent, promote sustainability, and engage the communities around them. Alternate models for bioscience research facilities aren’t just feasible—they’re essential.

To learn more or discuss how we can support your next urban bioscience project, reach out to us.