Sylvia Richards Designs the New Adimab Biotech Facility in New Hampshire
Amy Duong — September 23, 2025 — Art & Design
References: adimab & sylviarichards
Sylvia Richards designed the mass timber building, which houses the Adimab biotech facility in New Hampshire. This is to create a research environment that merges ecological design with advanced science infrastructure. The structure employs cross-laminated timber and glulam beams, pairing renewable construction methods with the technical requirements of a laboratory setting.
Expansive glazing introduces natural light to reduce energy use and support lab work, while open-plan layouts and high ceilings foster flexibility, airflow, and visual connectivity. Exposed timber surfaces add warmth and human scale to interiors that typically feel sterile, softening the atmosphere for researchers. The building’s high thermal mass stabilizes indoor temperatures, improving comfort and efficiency. By designing for both sustainability and precision, the project demonstrates how biotech architecture can reflect innovation not only in research but also in the spaces where discovery takes place.
Image Credit: Timothy Downing
Expansive glazing introduces natural light to reduce energy use and support lab work, while open-plan layouts and high ceilings foster flexibility, airflow, and visual connectivity. Exposed timber surfaces add warmth and human scale to interiors that typically feel sterile, softening the atmosphere for researchers. The building’s high thermal mass stabilizes indoor temperatures, improving comfort and efficiency. By designing for both sustainability and precision, the project demonstrates how biotech architecture can reflect innovation not only in research but also in the spaces where discovery takes place.
Image Credit: Timothy Downing
Trend Themes
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Sustainable Lab Architecture — Integrating ecological design with scientific infrastructure in biotech facilities utilizes renewable materials while meeting technical demands, reshaping how research environments are conceived.
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Natural Light Integration — The incorporation of expansive glazing to enhance natural light in research facilities not only reduces energy consumption but also enriches laboratory settings, contributing to a more sustainable and pleasant work environment.
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Biophilic Lab Interiors — The use of exposed timber and open-space layouts introduces warmth and human scale into lab environments, offering a contrast to traditional sterile interiors and creating a more inviting space for researchers.
Industry Implications
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Biotechnology — The biotechnology sector is exploring innovative architectural designs that emphasize sustainable construction and energy efficiency in research facilities.
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Construction and Architecture — New trends in mass timber construction and eco-friendly designs are creating a niche within the construction industry focused on sustainable and functional scientific building projects.
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Renewable Materials — The use of cross-laminated timber and glulam beams signifies a growing demand for renewable materials, transforming traditional building practices in various industries.
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