Towards Inclusivity in Building Performance Simulation (BPS)
Despite significant advances in Building Performance Simulation (BPS), persistent challenges continue to limit the accuracy of model results for disadvantaged communities. As simulations play a growing role in guiding resource allocation and policy decisions, there is an increasing risk that underserved populations will be overlooked, further amplifying existing inequities.
This webinar will explore frameworks for enhancing inclusivity in BPS and UBEM, integrating both quantitative and qualitative approaches to recalibrate simulations so they reflect the socio-economic, cultural, and environmental realities of underserved populations. We will discuss methods for combining data-driven analysis of energy consumption patterns with social insights of community energy cultures. The session will examine the full simulation process, ultimately highlighting current research gaps and strategies to ensure that advances in energy efficiency benefit all communities equitably.
Dr. Tarek Sherif
Tarek Sherif holds a Ph.D. from the Georgia Tech School of Architecture, where his research explored the use of technology and simulation tools to improve building performance, with a emphasis on inclusivity and representation of disadvantaged communities in BPS. He also earned an M.S. in Computational Data Analytics and an M.S. in Architectural Technology from Georgia Tech. His expertise lies in applying automation and simulation to streamline evaluations, enhance energy efficiency, and ensure equitable benefits across diverse communities and building types. As Head of Building Science and Operations at Lamarr.AI, Tarek is currently leading efforts to scale advanced building envelope inspections by making them more accessible, cost-effective, and accurate.
