Simplifying Air and Water Resistive Barriers

Failure of a building’s barrier system can have serious consequences for everyone involved. Choosing a system that is simple to specify, easy to install and has been independently validated to comply with code requirements resolves challenges related to AWRB installation. This program will cover the various barrier systems, important aspects of the building and energy codes and review the characteristics of a high-performance barrier system.

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Understanding Low-E Coatings

This course will enable you to be able to define the solar energy spectrum and common glass performance measures, discuss the manufacturing processes for pyrolytic and MSVD low-e coatings, identify how passive and solar control low-e coatings differ and impact glass performance measures, and how low-e coatings improve energy efficiency and earn LEED® credit contributions.

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Glass Production, Processing & Performance

Glass Production, Processing & Performance provides an introduction to the different types of glass that are available and how to use them. Significant emphasis is placed on coated glasses, including the common types of low-e application processes and the impacts on energy and environmental performance. In addition, different types of flat glass processing and fabrication methods, as they relate to specifying glass, are also covered.

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Home Building Crossroads -- Energy Codes and High Performance (Online Course)

This course offers a discussion on the changes in the 2015 IECC as they relate to the Building Enclosure and on how performance components of insulation, water management, air leakage, and HVAC relate to a whole as the building enclosure. It will discuss how meeting the new code can be challenging, and help the learner come to understand the opportunities available in meeting these challenges.

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Optimizing Occupant Experience with Wood (Print Course)

This course will examine how wood structures and finishings can help meet tenancy trends and the benefits wood provides to owners and occupants, such as aesthetics, high-performance and life safety. Two different types of wood structural systems are discussed, as are the qualities that make a building desirable. Case studies demonstrate how value was maximized and occupant well-being was optimized in wood structures.

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Detailing Continuity in Building Enclosure Systems

This course will identify the importance of detailing continuity in maintaining the integrity of the four control layers of the building enclosure. We will then explore some different methods for identifying the areas where continuity can be disrupted and the solutions for maintaining a control layer continuity in these areas.

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Air Distribution: Commercial Design and Architecture

The purpose of this course is to educate building owners, architects and developers on modern, innovative commercial building air-conditioning systems that use water as the primary medium to transfer heat energy to and from the building interior efficiently. It will also focus on the consideration for occupant comfort and health.

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Lighting Design: Zurich's North American HQ

System Integration between lighting control and solar adaptive shades creates a comfortable and flexible work environment that fosters communication and collaboration while saving time and energy.

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Building Materials Matter – Life-Cycle View Supports Informed Choices, Contributes to Sustainable Design (Online Version)

A focus on energy efficiency has led to widespread improvements in structural building materials. With an abundance of information and competing environmental claims, determining a material’s true impacts is a challenge. This course examines materials throughout their life cycles and focuses on international research supporting the use of wood while considering some advantages of concrete and steel; it also touches on efforts of all three industries to lessen environmental impacts.

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Targeting Carbon in the Fight Against Climate Change (Print Course)

The building industry is working to embrace its responsibility as a major contributor to climate change. More recently, the Architecture 2030 Challenge has added a Product Challenge to its overall mission to drive embodied carbon in buildings and building products down to zero by the year 2030. Urging architects to help lead this major industry transformation, advocates are encouraging specifications of low- to no-carbon product alternatives in design specifications.

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