McKelvey

Principal | Ayers Saint Gross

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Daniel McKelvey

AIA

Daniel S. McKelvey, AIA, LEED AP, NIBS, Principal, Ayers Saint Gross

Dan is an architect with the architectural firm of Ayers Saint Gross in Baltimore, Maryland where he manages projects from design through construction in the firm’s Arts and Sciences Studio. Dan has over 40 years of experience in architectural design and construction with project types in higher education, performing arts, and health care. Dan is committed to architectural education and has spoken at numerous international and national conferences and academic institutions. He is a member of the American Institute of Architects, a LEEP Accredited Professional, and a member of the National Institute of Building Sciences and is the co-founder of the Building Enclosure Council-Baltimore, an organization that brings building professionals together to share ideas and experiences on the built environment.

Dan’s current project, among other completed buildings on the Johns Hopkins medical campus, is the design and construction of the CMSC North Tower Addition, a project that includes over 440,000 SF of new and renovated space, with 200,000 SF of research laboratory space.

The recently completed Skip Viragh Building at the Sidney Kimmel Comprehensive Cancer Care Center. A 10-story, 184,000 SF building focused on an interdisciplinary approach to treating cancer through an array of diagnostic and treatment programs and multidisciplinary clinics. This building occupies a prominent hilltop location on the campus and in the city.

The Nelson Harvey Building, a 10-story, 180,000 SF facility renovated and repurposed to provide patient care for the Department of Medicine, pulmonology, gastroenterology, and cardiac medicine. To address the needs of the aging Nelson Harvey Building in this renovation project required an innovative and sustainable approach in developing a hybrid double-skin exterior envelope that resulted in a high-performance thermal skin with a modern design aesthetic that is energy efficient, environmentally sustainable, and highly resilient.