Building knowledge and connections

Continuing Education

Category: 07 00 00 - THERMAL AND MOISTURE PROTECTION

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  • Today’s building professionals and owners share enthusiasm for building envelope performance. Building envelopes separate the building interior from the exterior environment. As such, they are exposed to a variety of environmental loads, including wind pressure, solar radiation, and rain. This course provides an overview of the major thermodynamic considerations for the proper construction of the building envelope with a focus on insulated metal panels (IMPs) that provide all four control layers (air, water, vapor, and thermal) in a single-component system.


  • There is no blanket approach to warranties for metal panel roofing. It is a misconception that the standard warranty holds the manufacturer responsible for defects in installation. This course discusses three types of warranties typically seen in metal roof design specifications, and to show how warranties work, what is covered, and what is excluded, some of the key issues associated with the installation of metal panel roofing are presented.


  • Rubber roofing is roofing material which contains natural rubber, often recycled tire-derived rubber, as its key or major ingredient. It often contains other ingredients such as compatibilizers, stabilizers, UV (ultraviolet light) inhibitors, and color which make it suitable for sloped roof applications. Recycled rubber roofing has a significant ecological impact today, as well as in the future when it can be recycled again and made into new roofing material. This course illustrates the environmental and performance benefits of rubber roofing and discussed why it facilitates fast and easy installation.

     This course is part of one or more "Course Collections". Click here to view the details.


  • Demand for safety, energy efficiency, and contemporary aesthetics is driving building envelope design that incorporates increased amounts of combustible material in cladding, insulation, and water-resistive barriers. This course outlines the difference between insulated metal panels (IMPs) and metal composite material (MCM) panels, what IMPs are and their suitable applications, and building code and building envelope fire testing, and provides global case studies demonstrating the impact of IMPs on the building envelope after exposure to fire.


  • The goal of any roofing project should be long-term performance of the roof system. This means thoughtful, long-term consideration of any details incorporated into it. This course discusses details and conditions to consider when installing trim, seams, and accessories into a metal roofing system to ensure long-lasting performance. Examples of incorrect and correct installations and their effects on the performance of the roof are shown.


  • The surface coating is the first line of defense in prepainted metal, and one of the most important elements to consider as part of a metal purchase. Selecting the right coating, finish, and paint system can affect product lifespan, energy efficiency, and aesthetic appeal. This course discusses the composition of prepainted metal, its application, and performance, and examines the building and environmental factors that may influence the type of paint system specified.

    Prerequisites: None

    Course Level: Introductory


  • Metal roofing and especially standing seam roofing (SSR) has a long history of top performance as well as a number of styles and uses. In order to take advantage of the benefits of SSR, it is necessary for each designer to choose, specify, and detail the correct product for every installation. This course explains the differences in application parameters, wind testing protocols, design details, and available warranties that can inform those choices and, in turn, lead to problem-free SSRs.


  • Whether replacing an existing roof, building a new roof from scratch, or some type of roof repair project in between, deciding on critical design factors is the key to a successful roofing system project. Each layer of a roofing assembly requires careful consideration and analysis to assess for impacts to the entire building. Using real-life scenarios and practice activities, this course explores the most common components of a roofing system, the advantages and disadvantages of each system, and how the critical factors aid in the assessment of the most appropriate system to meet the needs of the building and client.


  • Although built-up roofs are the oldest type of low-slope roofing systems, gaining an understanding of the advantages and characteristics of modified bitumen membranes will help you select the asphalt roofing system that improves performance and saves on installation costs over traditional asphalt roofs. Learn how “mod bit” roofs, whether APP or SBS, provide improved durability with stronger reinforcements, resistance to hail and traffic damage, and provide factory-controlled quality manufacturing.


  • Living walls not only add beauty to a space, but also can help to reduce energy consumption, minimize environmental impacts, and create healthier interior and exterior environments. This course compares the design and construction of different types of living walls and provides an overview of the factors to consider to ensure a healthy, thriving living wall is installed and maintained.

    Prerequisites: No

    Course Level: Introductory


  • A high-performance building must address four major environmental loads: water, air, vapor, and thermal. The location of the required control layers is critical to effective envelope design. This course explores perfect/universal wall design and the use of single-component insulated metal panels (IMPs) to provide all four control layers. Presented here are discussions on the building envelope, rainscreens, perfect wall design, and IMPs, and more specifically, how to incorporate IMPs into engineered façade systems.

    Prerequisites: None

    Course Level: Introductory


  • With faster build speeds, superior environmental control performance, and exceptional design flexibility, insulated metal panels (IMPs) offer many advantages over other conventional building envelope systems. This course details these and other aspects of IMPs and why they can be considered the key component of “the perfect wall.”

    Prerequisites: No

    Course Level: Introductory


  • Insulated metal panels (IMPs) provide a sustainable and energy-efficient insulation option for architects and building owners. These lightweight, durable, easy-to-install panels are an all-in-one product acting as insulation as well as an air and vapor barrier. This course explains how IMPs are an effective thermal barrier and discusses their application in new and retrofit construction. The performance criteria of IMPs are examined relative to current green building rating systems, and various case studies are discussed.

     This course is part of one or more "Course Collections". Click here to view the details.


  • With a focus on hybrid green roof systems, this course provides an overview of green roofs, including system options and design and specification considerations, such as plant selection, irrigation, mitigation of wind pressure and fire risk, sloped applications, and warranty options.

     This course is part of one or more "Course Collections". Click here to view the details.


  • There is a growing realization that the buildings we live and work in play an important role in the health and wellbeing of building occupants. Green building rating systems are starting to incorporate health and wellbeing criteria and this course will look specifically at how products and materials can help meet the health and wellbeing requirements across these systems.

     This course is part of one or more "Course Collections". Click here to view the details.


  • The materials we use have a significant impact on the environment, our communities, and our health. Consequently, material transparency—wherein manufacturers disclose vital sustainability information about their products—is an increasingly necessary element of modern life. This course examines the tools and resources that are available for both manufacturers and the A&D community that effectively communicate transparency information and optimization of building products. Also reviewed are the benefits of the new-generation insulated metal panels (IMPs) designed to achieve a trusted range of health and wellness certifications.

    Prerequisites: None

    Course Level: Introductory


  • Gaining a solid understanding of the advantages of EPDM roofing systems demonstrates why this membrane has the longest proven performance record of all single ply membranes. EPDM’s high-performance synthetic rubber compound provides outstanding weathering in climates worldwide. Multiple attachment types and colors are available for an EPDM roofing solution, and environmental benefits of the white EPDM membranes are explored as they provide the lowest carbon footprint of all single-ply membranes.


  • Commercial aluminum wall, window, and roof systems have undergone improvements in recent decades, making them technologically sufficient to meet contemporary standards of durability. In addition to being familiar with the systems' thermal and other ecological benefits, specifiers need to understand paint chemistry and the difference between powder and liquid coating application methods. It is also important to understand third-party specifications published by AAMA, which cover architectural coatings.

     This course is part of one or more "Course Collections". Click here to view the details.


  • Afin d'évaluer pleinement l’influence de la mousse de polyuréthane giclée et de son importance dans l'industrie de la construction d'aujourd'hui, il est nécessaire que l'on considère de plus près l'un des principaux objectifs des architectes et des ingénieurs du domaine du bâtiment; celui de créer des structures durables qui permettent une créativité maximale du design. Avec sa capacité à épouser n'importe quel profil et à adhérer à n'importe quel type de surface, la mousse de polyuréthane giclée offre une telle créativité. Ce cours examine les propriétés de performance des produits de mousse giclée et traite des concepts de conception avancés exploitant celle-ci.


  • There are several key elements that must be considered with a cavity wall system. Heat, air, and moisture — both vapor and liquid — have a definite impact on how a cavity wall system should be designed and constructed. Once these elements have been addressed, a cavity wall system will increase energy efficiency, meet the required energy and fire code standards, and will provide cost-savings over the life of the building.

     This course is part of one or more "Course Collections". Click here to view the details.


  • Choosing the correct roofing materials is a critical first step for builders, architects, and designers as they construct a new building, and for facility managers who work with these professionals to remodel existing buildings. This program examines SBS modified asphalt roofing and underlayment systems and includes discussions on the properties of SBS modified asphalt membrane, applications, testing, codes, and underlayments, and provides a comparison with other commercial roofing materials.


  • Insulated metal panels (IMPs) fulfill several functions of the building envelope and numerous aspects should be considered in their design from a structural, energy efficiency, and fire safety standpoint. Reviewed in this course are the specification considerations, design opportunities, and the standards and policies pertaining to IMP systems. Also discussed are the many performance benefits and green advantages IMPs offer over traditional building envelope materials.


  • Provides an overview of walkable roof deck membranes and includes discussions on: system characteristics, components, and installation; moisture management: deflection and drainage; design considerations; and how to specify roof deck membrane systems.


  • Sustainable construction and high-performance buildings offer tremendous benefits to building owners, building occupants, and the larger community. Course content goes beyond codes, standards, and sustainability rating systems to explore options and best practices for getting the most out of green construction. This course provides foundational information and application opportunities on topics such as optimizing a building's energy efficiency; installing innovative, alternative energy solutions; and addressing the larger community challenges of storm water management and the urban heat island effect.

     This course is part of one or more "Course Collections". Click here to view the details.


  • Long-span composite steel deck slabs blend the speed and versatility of steel construction with the performance and durability of concrete, enabling a holistic approach to space-efficient structural designs. They are engineered to reduce story height while maximizing ceiling height and address market-specific building requirements. This course reviews the design criteria for long-span composite steel deck slabs and shows how they can be designed to increase available space, enhance structural performance, and reduce total project costs.

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