Roof System Thermal and Moisture Design

Content
3 modules

Rating

Course Length
4 hours

Instructor
Self- Paced

Price
$260 - 320

Description

This course is designed for those who design roof systems and for those that need to understand roofing heat transfer and moisture affects on roofing systems.  The skills taught in this course are of use to all those involved in roof performance and are necessary skills for the RRC.  The principles taught have applicability to walls as well as roofs but the primary focus is on roof systems.

The content moves quickly beyond basic thermal terminology and calculations to cooling-load calculations, annual energy consumptions and payback calculations, cool roofing, and temperature calculations within cross sections.

Moisture starts with the psychrometric chart and moist-air properties. Additional topics include vapor retarders, the effects of moisture on insulation, air barriers, and mold issues.

Objectives

  • This course will discuss the effects that moisture has on insulation, how to prevent damage and problems with mold and mildew created by moisture.
  • The learner will develop more in-depth thermal and moisture design skills.
  • The course will review basic thermal terminology and calculations, then transition to cooling-load calculation, annual energy consumptions and payback calculation and temperature-calculations within cross-sections.
  • Air barriers topics will include how and where to use air barriers, how to select materials for air barriers and code requirements for air barriers. Vapor retarders, when and where to use them, how to select them and code requirements will also be discussed.

Certificate

By completing/passing this course, you will attain the certificate Certificate with IIBEC and AIA Logos

Learning Credits

AIA LU/HSW
4.0
IIBEC CEHs
4.0
1.
Roof System Thermal and Moisture Design
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2.
Roof System Thermal and Moisture Design
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3.
IIBEC Member Profile
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Added about 2 months ago, by Kenneth
 
Added 3 months ago, by GREGORY
 
Added 4 months ago, by Alexander
Most examples dealt with cold weather climates. Some discussion on wet, humid climates (Florida) would be helpful.
 
Added 4 months ago, by Munro
Since I am from Edmonton, Alberta, Canada, the whole topic of whether or not vapour retarders are necessary was quite stunning. Here they are always necessary and that is gospel.
 
Added 6 months ago, by Anthony
 
Added 6 months ago, by Daniel
 
Added 7 months ago, by Monty
This course was very informative and helps shed some light on current files
 
Added 8 months ago, by John
 
Added 10 months ago, by David
 
Added 10 months ago, by Anonymous

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