The Stanford Building Decarbonization Learning Accelerator (BDLA) hosts workshops for professors and other interested professionals who are interested in learning about building decarbonization, incorporating the BDLA teaching materials into their existing curriculum, or developing a new building decarbonization course.

Click here to see a list of all upcoming BDLA webinars and view videos of previous webinars.

Local Law 97- Implementing New York City’s Groundbreaking Emissions Reduction Law
New York Buildings

Local Law 97: Implementing New York City’s Groundbreaking Emissions Reduction Law 

March 6, 2025 11am-12pm PT
BDLA x Impact Hub NYMA

Join the Stanford BDLA and Impact Hub New York Metropolitan Area to take a close look at building decarbonization in action with New York City’s Local Law 97. This landmark building performance standard mandates aggressive emissions reductions in large buildings. The presentation covers how the law originated, the implementation policies, and discuss the looming question of how older, municipal buildings specifically are meeting their interim goals while planning for a decarbonized future. 

Speaker Bio: 
Bryan Simpson
Bryan Simpson

Bryan Simpson has over 10 years of experience in the field of building decarbonization and energy efficiency in New York City’s private and public sectors. As the Agency Chief Decarbonization Officer at the New York City Department of Citywide Administrative Services (DCAS), Bryan directs the agency’s efforts to decarbonize its building portfolio through energy efficiency, beneficial electrification, transitioning to low-embodied carbon construction practices, and complying with all relevant decarbonization-focused Local Laws and Executive Orders. Also at DCAS, he was a capital project division manager and deputy director of the division of energy management. He has a background in energy auditing and as a licensed mechanical engineer providing building systems consulting services to multifamily and commercial building owners in the tri-state area.