New Online Workshop - Residential Moisture Management: The 4D's

The PHRC is launching a new live online webinar series in May 2017! This series will take place over four consecutive weeks on Thursday from 1:00-2:30PM, May 4, 11, 18, and 25.

• Registration = $100 (includes all 4 webinars)
• This series is eligible for a total of 6.0 L&I Contact Hour, 6.0 PDH, 6.0 AIA LU|HSW, 6.0 ICC Contact Hour (0.6 CEU), and 6.0 NARI hour/CEU
• Attendees must be logged into each session for the full 90 minutes to receive credit for that session
• Credit is only given for the sessions attended
• If a session is missed, the recording will be available to view but credit will not be available
• Certificates will be emailed to all those confirmed as participants after each session is completed

Registration is open until April 28 at the following link:

http://www.cvent.com/d/v5qlp5/4W

Below are the descriptions and learning objectives for each of the four sessions:

Part 1 (May 4): Deflection

The performance of the building enclosure in the modern construction industry is critical to the success of a project. Much of this performance has to do with managing moisture in various forms. Moisture management can be accomplished using four distinct approaches: Deflection, Drainage, Drying, and Durability. This session will take a deeper look at the principle of deflection through passive architectural components such as overhangs, drip edge profiles, and gutter systems.

Learning Objectives

1. Identify the enclosure features that help to deflect bulk water away from building assemblies in order to prevent moisture intrusion.
2. Discuss the impact that simple roof overhangs can have on the performance of exterior wall systems during rain and snow events.
3. Analyze simple drip edge profiles and the role they can play in directing moisture away from walls to prevent moisture damage at penetrations.
4. Examine the components of a properly designed and installed gutter and downspout system and the effect it has in preventing moisture intrusion in a home.

Part 2 (May 11): Drainage

The performance of the building enclosure in the modern construction industry is critical to the success of a project. Much of this performance has to do with managing moisture in various forms. Moisture management can be accomplished using four distinct approaches: Deflection, Drainage, Drying, and Durability. This session will look at the strategies for handling moisture that comes in contact with exterior wall assemblies in order to reduce the likelihood of moisture-related damage in a home.

Learning Objectives

1. Analyze the components in the enclosure systems that aid in draining intruding moisture down vertical surfaces and ultimately away from the overall enclosure.
2. Discuss various material options and overall constructability for installing a code-required water-resistive barrier in an exterior wall system.
3. Examine common fenestration flashing techniques and their intent regarding the prevention of moisture from damaging rough openings in framed walls.
4. Explore above-code options for draining moisture from wall systems, such as rainscreen gaps and systems, and their impact on the overall cost of a project.

Part 3 (May 18): Drying

The performance of the building enclosure in the modern construction industry is critical to the success of a project. Much of this performance has to do with managing moisture in various forms. Moisture management can be accomplished using four distinct approaches: Deflection, Drainage, Drying, and Durability. This session will dive into the fundamentals of moisture movement through wall systems and the conditions necessary to dry intruding moisture from exterior wall systems.

Learning Objectives

1. Discuss the concepts behind drying potential in order to prevent material and system degradation, mold growth, and occupant comfort issues.
2. Analyze the concepts of condensation and dew point and discuss the common areas in the building enclosure where this may result in degradation of building components.
3. Identify common vapor retarders and vapor barriers, their basic code requirements, and the role they play in preventing moisture accumulation in enclosure systems.
4. Examine various scenarios where drying potential may direct the design and decision making process in order to deliver a durable and high-performing enclosure system.

Part 4 (May 25): Durability

The performance of the building enclosure in the modern construction industry is critical to the success of a project. Much of this performance has to do with managing moisture in various forms. Moisture management can be accomplished using four distinct approaches: Deflection, Drainage, Drying, and Durability. This session will focus on the overall concept of durability and the role that proper design can play in the longevity of the built environment.

Learning Objectives

1. Examine the role that material selection has on the overall durability of the building enclosure and the impact this durability has on the sustainability of the building.
2. Discuss the concept of material and system longevity and the impact it has on up-front and operating costs in a home.
3. Identify the appropriate life expectancy of various building materials and the role this knowledge may have in the design of various enclosure systems.
4. Analyze moisture tolerance requirements of common enclosure systems and the impact these materials may have on the performance and overall cost of construction.