16 High-Profile Focus: Life Sciences November 2026
Built for Discovery: Building Envelopes for Today’ s Life Science Facilities
A life science building has to accommodate more than research. It also brings together offices, shared amenities, and spaces where people meet, collaborate, and take a break from their work. Revolution Labs in Lexington, Mass., illustrates this combination, pairing purpose-built laboratories with offices, on-site amenities, and multifunctional outdoor spaces.
The building’ s envelope is one part of that larger environment. Its glazing, windows, entrances, and opaque wall systems give the facility its exterior character while contributing to its performance. Projects such as Revolution Labs and 440 Bedford Street, also in Lexington, offer useful examples of how these components come together in life science construction.
Looking Beyond a Single Material
A building exterior may read as one continuous design, but it often consists of
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By Nancy Bianchi
Erland Construction, Inc. / www. erland. com
Revolution Labs exterior / Photo courtesy of Lockheed Architectural Solutions
several distinct systems. Understanding that distinction helps explain why a façade is more than its most visible material.
At Revolution Labs, the exterior package included insulated glass, storefront systems, composite metal wall panels, fiber cement panels, and entrance doors. Each was part of a broader assembly rather than a stand-alone design feature. The project demonstrates how a single building can combine transparent and opaque surfaces to establish its architectural identity.
Designed by Spagnolo, Gisness & Associates for Greatland Realty Partners, with Callahan serving as construction manager, the 180,000sf facility was completed in December 2022. Lockheed Architectural Solutions’ installation scope brought together the project’ s glazing, cladding, and entrance systems.
The value of this example is not simply the number of materials involved. It is the relationship between them. Understanding the exterior means considering the complete package: the glass, the systems supporting it, the wall panels beside it, and the entrances people use every day. Revolution Labs incorporated all of these elements within its exterior scope.
Connecting Appearance and Performance
Architectural expression and building performance are often discussed separately. In a façade, however, they come together through the selection and combination of systems.
At 440 Bedford Street, a 335,000sf life science building in the Hartwell Innovation District in Lexington, the exterior combines faceted aluminum composite material panels, curtain wall, and expansive windows. The project’ s glazing package included thermal curtain wall, fixed windows, and low-emissivity insulated glass as part of its energyefficient design.
Those details provide a more informative picture than the description“ glass building” alone. The project incorporated an EFCO 5600X thermal curtain wall system, Wausau fixed windows, and Guardian low-emissivity insulated glass, alongside Alucobond composite panels and other exterior components. Its appearance resulted from the combination of those systems, not from glass alone.
Revolution Labs followed a similarly layered approach, combining insulated glazing and storefront systems with composite metal panels, Swisspearl fiber cement panels, and thermally performing entrance doors. Both projects illustrate why performance discussions should look beyond an individual product to the broader exterior package.
Understanding the Role of Coordination
The finished exterior does not reveal every step required to bring it together. Submittals, fabrication, and installation are also part of the story, particularly when a design incorporates multiple types of glazing, panels, entrances, and screening.
At 440 Bedford Street, architect Di- Mella Shaffer and Callahan Construction Managers worked with Lockheed as the façade subcontractor. Lockheed’ s involvement extended from submittals through completion, with a scope that included exterior and interior storefront systems, curtain wall, metal paneling, and louvers.
440 Bedford Street, Lexington / Photo courtesy of Lockheed Architectural Solutions
This breadth of work makes the project a useful example of façade coordination. The exterior included not only its prominent glass and faceted panels but also corrugated roof-screen panels, decorative glass, and all-glass entrances. Looking at the full scope helps explain the range of components involved in translating an architectural design into a completed building.
Considering the Whole Workplace
The purpose of a life science facility extends beyond the exterior, but the exterior belongs within a larger conversation about the workplace.
At Revolution Labs, laboratories share the development with offices, full-service amenities, and outdoor spaces. That mix offers a useful reminder: a research facility is both a specialized building and a place where people spend their working day. Its design must be understood through both perspectives.
Revolution Labs and 440 Bedford Street show two aspects of that challenge. One brings research space and workplace amenities together in a 180,000sf facility. The other combines a broad range of façade systems across a larger, architecturally complex building. Considered together, they provide a practical way to understand life science envelopes: not as a single surface, but as a collection of coordinated systems that contribute to the building’ s appearance, performance, and overall design.
Nancy Bianchi is director of communications and human relations at Lockheed Architectural Solutions. www. high-profile. com