Brian Powers
Project ArchitectSmithGroupBrian Powers has over three decades of experience in complex healthcare design. As Senior Architect and Project Leader at SmithGroup, he specializes in integrated delivery and Lean methods to drive clarity, innovation, and value.
Brian’s portfolio includes significant healthcare work, most notably leading the transformative $334 million Center for Advanced Care and Bed Tower addition at Advocate Illinois Masonic Medical Center in Chicago—an effort recognized for its innovative use of prefabrication, sustainability strategies, and Lean‑focused decision‑making.
He shares his expertise across industry events, conferences, mentorship programs, and publications, contributing to continuous improvement and knowledge growth in the profession.
R08 – Green in the Blue Sky: Integrating Green Roofs in Highrise Urban Healthcare
This session explores advanced design and construction strategies for implementing a 29,000-square-foot green roof at the new 230-bed Illinois Masonic…This session explores advanced design and construction strategies for implementing a 29,000-square-foot green roof at the new 230-bed Illinois Masonic Bed Tower addition to achieve LEED Silver certification and comply with Chicago’s 50% green roof re…This session explores advanced design and construction strategies for implementing a 29,000-square-foot green roof at the new 230-bed Illinois Masonic Bed Tower addition to achieve LEED Silver certification and comply with Chicago’s 50% green roof requirement. Attendees will learn how integrated teams leveraged Choosing by Advantages to select the optimal roofing system, balancing sustainability, constructability, and long-term performance. The d…This session explores advanced design and construction strategies for implementing a 29,000-square-foot green roof at the new 230-bed Illinois Masonic Bed Tower addition to achieve LEED Silver certification and comply with Chicago’s 50% green roof requirement. Attendees will learn how integrated teams leveraged Choosing by Advantages to select the optimal roofing system, balancing sustainability, constructability, and long-term performance. The discussion will cover technical solutions such as hot-applied roofing systems, lightweight concrete substrates, and strategic drainage and irrigation planning to mitigate water ponding and structural risks. Additionally, the session addresses maintenance challenges unique to highrise green roofs and outlines strategies for ensuring durability and accessibility over the building’s lifecycle. Finally, participants will gain insight into how these design decisions contribute to sustainability points for stormwater management and energy efficiency, supporting resiliency goals in dense urban environments. This presentation aligns with the Healthcare Design Conference’s focus on sustainability, resiliency, and advanced construction methods, offering practical lessons for architects, engineers, and healthcare owners seeking innovative solutions for complex urban projects.Show MoreClick the title to see all detailsShow More
