Designing for acoustic performance is critical in high‑expectation environments such as high‑performance Passive House projects. This session equips architects and designers with practical tools and references to reliably achieve targeted sound performance in wall and floor assemblies. Through a clear review of core acoustic concepts, sound testing methods, and how to interpret test reports, participants will learn how specific components and detailing choices influence real‑world results. Using the AIA San Francisco Center for Architecture + Design as a detailed case study—including challenging adjacencies such as event spaces, circulation zones, and work areas—attendees will see how building‑science principles translate into robust, buildable acoustic solutions. Participants will leave with actionable resources and design strategies to confidently deliver acoustic performance that is practical, resilient, and backed by evidence.
Learning Objectives
Define and correctly use key terms, definitions, and acronyms in building acoustics to communicate effectively with colleagues, acoustical consultants, and contractors.
Explain the fundamental principles that govern the acoustic ratings of wall and floor assemblies, and how changes in materials and detailing affect performance.
Evaluate the benefits and limitations of laboratory testing and predictive modeling when determining the acoustic performance of floor and roof assemblies, and apply this knowledge when reviewing test reports.
Analyze acoustic detailing strategies from the AIA San Francisco Center for Architecture + Design case study to inform the design of practical, high‑performance assemblies for Passive House, institutional, and other high‑expectation projects.
WARNING: Things will get geeky!
This free presentation will take place on Wednesday, March 18th at 9am PT / 12pm ET and will be followed by a lively Q+A session. Don't miss this opportunity to learn from industry leaders and engage with the PHA community. See you there!