Skip to content

Resource Library

Building Science Meets Mountain Climate with Joseph Lstiburek 

Video

Overview

Watch as Joe Lstiburek discusses building science in a mountain climate.

GrassRoots Community Network hosts Joe Lstiburek discussing building science in the mountain climate.

Joseph Lstiburek is a forensic engineer, building investigator, building science consultant, author, speaker and widely known expert on building moisture control, indoor air quality, and retro-fit of existing and historic buildings. Lstiburek is an adjunct professor of Civil Engineering at the University of Toronto; an industry consultant specializing in rain penetration, air and vapor barriers, building durability, construction technology and microbial contamination — and an advisor on numerous prominent building envelope failures. He consults regularly on building code and industry standards.

Widely known for his “Perfect Wall” concept, Lstiburek identified four key control layers within the building envelope (rain, air, vapor and thermal) critical to a building’s behavior, long-term performance and viability. He is a proponent of understanding the concepts that allow older buildings to survive over time in harsh climates — and mimicking those concepts with contemporary construction.

In 2001, The Wall Street Journal called Lstiburek “the dean of North American building science.”

Related Resources

Download this BPA resource

NESP: Methods, Tools and Resources Handbook 

Download and view the manual which provides technical information on how benefits and costs of DER investments can be quantified (monetized or otherwise), with links to resources and tools.

Hyperlink icon to reveal a BPA Resource Video

Building Science: Remodeling Old Homes 

Watch to learn about the building science of remodeling old homes.

Podcast icon

Building HVAC Science Podcast: Revolutionizing Home Comfort: Marco Radocaj’s Balanced Approach to HVAC

Listen to the Building HVAC Science Podcast discuss the home balance approach to HVAC improving how homes are balanced regarding enclosure, occupants, and mechanical systems.