Resource Library

Continuing Education Units: 1 AIA HSW

Course Description

Mass timber construction has gained considerable popularity in the USA and globally over the last decade. From large scale institutional projects to commercial and residential developments, it appears that mass timber in construction has few limits. But how is building with mass timber different from conventional construction that uses concrete and steel? How does mass timber impact a project’s timeline, budget, and sustainability goals? What are the best practice moisture management strategies for mass timber buildings? You will learn the answers to all of those questions and more in this presentation on this exciting new building material. Join us to learn more about moisture management strategies for mass timber construction!

Learning Objectives

Learning Objective 1:
Attendees will be introduced to mass timber construction in a North American context to learn about the environmental and health/wellness benefits that mass timber can offer.

Learning Objective 2:
Attendees will learn about how moisture can negatively affect many aspects of a mass timber construction project, from design through to project completion.

Learning Objective 3:
Attendees will analyze the different types of moisture management strategies currently in use in the industry.

Learning Objective 4:
Attendees will discuss the parameters to consider when choosing a moisture management strategy that will minimize the risk of mold growth and moisture damage.

China’s construction sector is undergoing a massive shift. The era of high-volume "speed building" has ended, replaced by strict, top-down government mandates to hit Carbon Peak by 2030 and absolute Carbon Neutrality by 2060.

But as the world’s largest market rushes to comply, developers are running into a critical building science bottleneck. They are attempting to buy their way to zero-carbon with world-class active hardware—solar arrays, advanced HVAC, and massive municipal district heating upgrades—while completely missing the passive architectural framework needed to retain that energy.

Join local architect and CPHC Iverson Yu as he shares fresh insights from his recent field research in China. He will unpack why rigid European standards have struggled in China's extreme climates, and why the Phius methodology is the exact toolset the market is desperately looking for.

Join via: https://phius.zoom.us/j/89928568841?pwd=K09kdjJBWHBVRG1kK3FtSXBxZDlGdz09