1 LU HSW/SDAfter completing this course you will list common slection criteria for various siding options, describe why fire, wind and impact resistance are important for long term siding performace. You will define what fiber cement is and describe how it can be used for climate zoned cladding systems. You will compare and contrast the FCS cladding climate zones and illustrate how new panel cladding helps designers meet demands for contemporary commercial design and list six benefits of fiber cement siding. Take the course.
- Posted:
- December 2009
- Subject(s):
- Building Envelope, Energy Efficiency
- Sponsor:
- James Hardie
- Certification(s):
- AIA
- 1 LU HSW/SD
By the end of this program you should be able to define what fiber cement is, illustrate three design decisions affecting building enclosure systems, list the four D's of wall design, and describe how water management and durability improve cladding service life. You will compare and contrast embodied energy and recurring body energy, define a life cycle assessment and system analysis parameters. You will be able to discuss climate zoned cladding systems, climate zones and environmental concerns. Take the course.
- Posted:
- November 2009
- Subject(s):
- Energy Efficiency, Building Envelope, Green Design
- Sponsor:
- James Hardie
- Certification(s):
- AIA
1 LU HSW/SDThis course will outline the functional differences between an inner back-up wall and the rainscreen component. You will be able to identify key weaknesses and problems associated with popular multi-component back-up wall assemblies. Finally, you will learn one strategy for creating superior back-up wall assemblies in steel frame construction with single-component back-up wall systems. Take the course.
- Posted:
- October 2009
- Subject(s):
- Building Science, Building Envelope, Energy Efficiency
- Sponsor:
- invelope
- Certification(s):
- AIA
1 LU HSW/SDAt the conclusion of the course, you should have a general understanding of how lifecycle analyses across four measures can help determine which roofing material is most sustainable and affordable for your project. You will be able to compare the costs and environmental impacts of four different roofing materials. Finally you will be able to describe how concrete tile can contribute to green building on three different levels. Take the course.
- Posted:
- October 2009
- Subject(s):
- Roofing, Energy Efficiency, Building Envelope, Life-Cycle Assessment
- Sponsor:
- Monier Lifetile
- Certification(s):
- AIA
1 LU HSW/SDBy the end of this course you will be able to describe what fly ash is, how it is produced, how it was developed and how it is used now. You will be able to list environmental benefits of using fly ash and how it can contribute to greener buildings. You also will be able to describe how fly ash is used in fiber cement products. Finally, you will be presented some information that will clear up commonly incorrect assumptions about fly ash and fiber cement. Take the course.
- Posted:
- September 2009
- Subject(s):
- Building Envelope, Life-Cycle Assessment, Green Design
- Sponsor:
- Nichiha
- Certification(s):
- AIA
1 LUThroughout this presentation we will discuss how to properly install manufactured stone and problems associated with improper installation. We will learn the importance of testing evaluation reports and how to select a quality manufacturer. Take the course.
- Posted:
- July 2009
- Subject(s):
- Building Envelope, Interiors, Masonry Construction
- Sponsor:
- Eldorado Stone
- Certification(s):
- AIA
1 LU HSWToday you will learn how snow affects rooftops and how to manage snow migration to prevent damage or injury by using snow retention devices or systems. Specifically, this learning unit will help you describe when and where snow retention devices should and should not be used. You will learn how to select and specify products based on unique characteristics of your projects. Take the course.
- Posted:
- December 2008
- Subject(s):
- Building Envelope
- Sponsor:
- S-5!
- Certification(s):
- AIA
1 LUBy the end of this learning unit you will be able to describe at least three ways that solar control decreases building energy consumption; you will be able to identify two ways in which solar control optimizes daylighting and views. You will be able to identify where solar control can contribute to LEED projects and why architectural mesh is a sustainable material. You will be able to discuss considerations for specifying architectural mesh for solar control. Take the course.
- Posted:
- September 2008
- Subject(s):
- Daylighting, Design, Energy Efficiency, LEED, Building Envelope
- Sponsor:
- Cambridge Architectural
- Certification(s):
- AIA