Advancing health in buildings through research partnerships

Advancing health in buildings through research partnerships

13 Nov 2024|Greenbuild 2024
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Anisa HemingAnisa HemingDirector, Center for Green Schools at U.S. Green Building Council

Anisa Heming is director of the Center for Green Schools at USGBC and one of the nation’s foremost experts on green schools. As director of the Center, Anisa provides strategic direction to USGBC’s work in schools and coordinates an organization-wide team to promote environmental sustainability, health and wellness, and environmental and sustainability literacy in school systems around the world. x000D x000D She began her work with USGBC in New Orleans, hired to assist with rebuilding the schools after Hurricanes Katrina and Rita. After her time in New Orleans, she moved to Washington, DC and began the Green Schools Fellowship Program at the Center for Green Schools, placing and training sustainability directors in school districts and beginning the nation's first network of school district sustainability staff, which continues today. Anisa holds a B.S. in Architecture from Washington University in St. Louis and an M.Arch. from the University of Washington in Seattle.

Seema BhangarSeema BhangarPrincipal, Healthy Buildings and Communities at U.S. Green Building Council

Seema Bhangar serves as Principal, Healthy Buildings and Communities, for Innovation and Research at the U.S. Green Building Council. She is a visiting scholar at U.C. Bekeley’s College of Environmental Design Research. She specializes in indoor air quality, environmental health, and environmental sensing in buildings. She was previously a sustainability program manager at the commercial real estate firm WeWork, and a product manager at an environmental sensing technology startup, Aclima. She serves on the board of an independent nonprofit, the Indoor Air Institute. She has served on expert and advisory committees including for ASHRAE, the National Academies of Science, Engineering and Medicine, the International WELL Building Institute, Johns Hopkins Center for Health Security, and the U.S. General Services Administration. Seema was a postdoctoral research fellow at U.C. Berkeley, where she also completed a Ph.D. in environmental engineering and an M.S. in public health. She holds a B.A.S. from Stanford University.

Adele HoughtonAdele HoughtonPresident at Biositu, LLC

Adele Houghton, FAIA, DrPH, LEED AP, is President of Biositu, LLC. She works at the intersection of buildings, public health, and climate change. She is a member of the American Institute of Architects College of Fellows and received a Doctor of Public Health degree from the Harvard T.H. Chan School of Public Health, where she also teaches. Her book Architectural Epidemiology (Johns Hopkins University Press, 2024), co-authored with Professor Carlos Castillo-Salgado, proposes a novel method for building design and real estate development: combining neighborhood-scale environmental health data with participatory community engagement to maximize a building’s positive ripple effect on community and planetary health.

Riwayat KatiaRiwayat KatiaGraduate Student | Researcher at Center for the Built Environment

Riwayat Katia is an MS student in Building Science, Technology, and Sustainability program at UC Berkeley and a researcher at the Center for the Built Environment. She works on improving thermal comfort and indoor environmental quality through energy-efficient HVAC systems. She holds a BS in Architecture from the Georgia Institute of Technology, and she has held research appointments at the Georgia Tech High Performance Building Lab. Her prior research experience lies in daylighting, visual comfort, and urban building energy modelling in low-income communities. Riwayat interned with the Innovation & Research team at USGBC where she analyzed LEED data to support USGBC's thought leadership and technical standards development on Indoor Air Quality testing and monitoring. She has also previously interned as a Building Performance Analyst at SOM, Page Southerland Page, and EYP, Inc. In these roles she developed tools to track embodied and operational carbon policies across countries and assisted her team with solar radiation, embodied carbon, energy use intensity, and outdoor thermal comfort analyses.

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Description

We have long acknowledged the global health benefits of mitigating climate change by decarbonizing the buildings sector. Recently, attention to the direct impacts of buildings on the wellbeing of occupants and neighboring communities has also grown with the covid-19 pandemic, rise in extreme weather events, and emerging technology that makes performance differences more visible. However, while most building professionals now acknowledge the need to evolve their business-as-usual approaches for managing health, the state of planning and practice for this domain remains fragmented. It looks more like a set of new ideas, tools, and strategies grafted on to the old than a cohesive, evidence based, streamlined framework for what is most important, urgent, and feasible for a region and population. This session explores how research partnerships can address that challenge by improving: • Quality, by establishing shared standards of evidence to mitigate the risk of poor implementation. • Satisfaction, by fostering alignment around guiding values on which to prioritize, to be more strategic and avoid a backlash when hoped-for value is incompletely realized. • Consistency and confidence, by driving toward harmonized guidance and metrics to reduce the uncertainty that makes innovation risky. A panel composed of academic researchers and green building professionals will evaluate where we are on the market transformation curve for managing health in the built environment. They will consider how human health is intrinsically different from energy and materials and, as such, requires innovation of the theory of change and approach to standards. Panelists will share lessons learned from researcher-practitioner partnerships, and tips for communicating effectively. They will debate the types of research, data collection and analysis, learning feedback loops, and dialogue needed to speed the transition to a more healthy, equitable, and resilient built environment. We expect a lively discussion that inspires greater connectivity between these groups.

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