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AIA San Mateo County Lunch & Learn: Fire Resilient Envelope & HVAC Design
As wildfires become increasingly frequent and devastating in California, building resilience is paramount. This presentation delves into critical aspects of fire-resilient envelope and HVAC design. We'll explore how to achieve superior airtightness through meticulous envelope detailing, robust exterior walls with outsulation and fire-resistant cladding, ember-resistant unvented crawlspaces and foam-free, unvented roof strategies to significantly enhance a home's ability to withstand wildfire threats. Finally, we'll address best HVAC design practices for indoor air quality and discuss strategies to minimize fire vulnerabilities from HVAC-related openings.
Note: anyone is welcome! AIA members as well as non-members for this free event.
AIA Learning Objectives:
After attending this webinar, participants will be able to:
- Explain how to achieve superior airtightness through meticulous envelope detailing.
- Summarize the components of a robust exterior wall and what properties of those components and materials contribute to fire resistance.
- Define the ideal roof and crawlspace design to minimize fire risk and improve air tightness.
- Explain the difference between different ventilation strategies and equipment, and which are best for indoor air quality.
- Explain strategies to minimize fire vulnerabilities from HVAC-related openings.
Continuing Education
AIA LU/HSW: 1 credit
Katy is a licensed Civil Engineer and former Certified Passive House Consultant, LEED Homes Rater, Certified GreenPoint Rater, and Certified Energy Analyst with over 25 years experience. Katy holds a Master of Science in Civil Engineering from the University of Michigan. She is a nationally sought-after expert in the high-performance building community for consulting, training, and speaking engagements and was a founding board member of Passive House California. Katy believes that adequate planning and collaboration facilitate efficient, common-sense solutions while minimizing change orders, budget overruns, resource and energy waste.
Nate holds a Master of Science in Mechanical Engineering and a Bachelor of Science in Aeronautical Engineering from Rensselaer Polytechnic Institute. Throughout his life, Nate has been involved in many construction projects from simple remodels to full-gut rehabs and new construction. Two highlights include designing and executing a full rehab of a 1910 home that included a deep energy retrofit, resulting in 70% energy savings, and designing and building a high-performance home that achieved a HERS score of 39. He draws upon that firsthand construction experience and technical background to facilitate the adoption of high-performance buildings and practices.
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