Sarah Lyons
Sarah Lyons is IMT’s inaugural David B. Goldstein Fellow. She supports research and outreach for a variety of projects related to improving building performance.
Sarah Lyons is IMT’s inaugural David B. Goldstein Fellow. She supports research and outreach for a variety of projects related to improving building performance.
Momentum on building performance standards (BPS) extends beyond the United States. Canadian jurisdictions are making movements on performance policies as well. Benchmarking & Reporting and BPS (or BEPS) policies have been passed at both the city and province level (see our map for details). For example, Toronto, Ontario is the latest city to move toward … Continued
Building resource hubs can helps cities and local/state goverments, communities and real estate stakeholders to create more energy efficient, higher-performing buildings.
This 2026 Summer Study paper addresses how to decarbonize affordable multifamily housing while preserving affordability, improving resident comfort, and supporting healthier, more resilient homes.
Involving community in policymaking makes for better outcomes, especially when balancing affordability and decarbonization. This research paper was published as part of the Summer Study 2026 proceedings.
This paper, written for ACEEE Summer Study 2026, explores Community Accountablity Boards as a governance tool, using examples from Seattle and Boston.
This 2026 Summer Study paper discusses how to align building energy codes and building performance policies
Last June, we looked at the first compliance deadlines for building performance standards. A year later, we’re starting to see the data…and the results are promising. Across the next year, IMT will share stories and data from these jurisdictions to highlight how these policies are working. Key takeaways at a glance Buildings are hitting their … Continued
Why one state’s new building performance strategy is a big deal for community involvement and climate action
An overview of how alternative compliance paths help buildings of all types improve energy efficiency and overall building performance.