The 512,000 SF Albert Sherman Center serves as a central hub for the University of Massachusetts Medical School, physically linking existing campus buildings through landscaped plazas and elevated pedestrian bridges. Educational and public functions are organized around a central atrium, while upper floors house advanced research laboratories, core facilities, offices, and conference spaces, supporting collaboration across scientific disciplines. Architectural Resources Cambridge - © Kjfoster93 (CC BY‑SA 4.0)

This 795,000 SF research facility completes the Novartis headquarters campus and supports advanced biomedical research across multiple disciplines. Intensive laboratory environments required careful coordination of building performance, user needs, and budget objectives, including the use of modular MEP fabrication to enhance flexibility and long-term adaptability within laboratory spaces. Maya Lin Studio © Ajay Suresh (CC BY 4.0)

The 200,000 SF Clinical and Translational Sciences Building provides an integrated home for the Clinical and Translational Science Institute, advancing collaboration between research and patient care. Designed to support basic science, clinical research, and therapeutic trials, the facility includes teaching and educational spaces, specialized laboratories, and a central atrium that promotes interaction and knowledge sharing across the university and medical school communities. Francis Cauffman - © Chris Cooper.

The 277,000 SF transformation of Wellesley College’s Science Center reimagined multiple existing buildings into a cohesive academic and research hub. The phased project included renovation of classrooms, offices, and laboratories, modernization of the L-Wing and campus greenhouses, and creation of a new atrium linking Sage Hall to the L-Wing. Designed as a “living laboratory,” the facility strengthens connections between teaching, research, and the surrounding landscape. SOM.

This new academic and research facility brings together laboratories, classrooms, imaging centers, and collaborative spaces to support interdisciplinary neuroscience research. The building integrates teaching, research, and public engagement functions, including a teaching auditorium and specialized support spaces designed to foster innovation and cross-disciplinary collaboration. Goody, Clancy & Associates – © Susan Lesch (CC BY‑SA 2.0)

This 117,000 SF expansion and reconfiguration project unified previously separate clinic, laboratory, and examination facilities into a cohesive veterinary medicine complex. The design improves clinical workflow, enhances research capabilities, and strengthens connections between teaching, diagnostics, and patient care within a modernized campus environment. © WEISS/MANFREDI

The 78,000 SF Krishna P. Singh Center for Nanotechnology is a cross-disciplinary research facility supporting advanced materials science and nanoscale research. The building includes microscopy laboratories, a 10,000 SF cleanroom, and a top-floor forum for events and symposia. Organized around a central quad, the design connects research spaces to the campus landscape and introduces a landscaped courtyard along Walnut Street to encourage collaboration and informal interaction. WEISS/MANFREDI

Located in Boston’s Seaport District, ISQ Phase 2 is a commercial laboratory core and shell building delivering approximately 290,000 SF of state-of-the-art life science tenant space. The development includes lobby and amenity areas, a landscaped courtyard, and underground parking. The sustainably designed façade incorporates high-performance glazing and passive shading systems to support energy efficiency and optimal laboratory performance. © HDR