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Overview: While luxury and affordable housing have found their groove, let’s track down the “missing middle” and the business case for it.

Presentation 1: The Biogenic Blueprint: Leveraging High-Tech DfMA to Deliver Low-Carbon, Foam-Free Passive House

Description: High-performance prefabrication does not require high-carbon materials. By utilizing DfMA, we can “profit” from the health and carbon-sequestering benefits of biogenic materials while maintaining the schedule and cost predictability of offsite construction. This provides a scalable path for the industry to move beyond operational efficiency toward total carbon neutrality.

Learning Objectives:

  1. Analyze the intersection of DfMA principles and biogenic material assemblies to reduce embodied carbon in Passive House structures.
  2. Identify specific detailing strategies for foam-free, panelized roof and wall assemblies that maintain continuous air and thermal control layers.
  3. Describe the “parts-based” modeling process as a tool for de-risking the use of novel or natural materials in offsite construction.
  4. Explore the “profit” of health and resilience achieved by prioritizing natural materials in the building envelope.

Presentation 2: Passive House & Embodied Carbon

Description: Rather than typical projects where manufacturers are often absent from early-stage decision making, let’s reframe and position manufacturers as essential technical collaborators from project inception. A case study demonstrates how Passive House can operate as a performance‑based framework, reconciling competing regulatory objectives, supporting rigorous verification, and enabling innovative solutions.

Learning Objectives:

  1. Identify strategies for collaborating with ERV and window manufacturers to meet PH performance targets in the U.S. market.
  2. Describe capital and operational cost implications of Passive House mechanical systems in multifamily buildings.
  3. Apply envelope optimization strategies when historic, zoning, or massing constraints limit design flexibility.
  4. Explore how the Passive House design and build process can be helped by enhanced manufacturer engagement.

CEUs:

Upon completion of all modules a Certificate of Attendance will be automatically issued for AIA & PHI credit. Please self report to both AIA & PHI using the codes provided.

Course Content

Presentation 2: Passive House & Embodied Carbon
Presentation 2: Passive House & Embodied Carbon Quiz 1 Quiz
More Optimization: Recorded Q&A
More Optimization: Recorded Q&A Quiz 1 Quiz