An Alternative to Traditional Low-Slope Roofs: Insulated Roof Deck System Overview and Case Studies (Print Course)

This course will address main characteristics and design details of insulated roof deck systems, an alternative to metal decking for low-slope roofs on commercial and industrial buildings. Two case studies involving the new construction of a 53,000-square-foot freezer facility and a roof replacement on a 24,900-square-foot climate-controlled facility will be explored in detail. Learners will better understand design considerations for specific commercial/industrial roof projects and practical applications of insulated roof deck systems, including installation efficiency, safety, sustainability, and building performance.

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Designing with Metal Wall Panels

Webinar On-Demand: This On Demand CEU is a recorded presentation from a previously live webinar event. After completing this course, one will know how to define metal wall panel substrates and coatings, and explain the basic requirements of a wall assembly. This course will also provide you with the knowledge to be able to describe the different types of metal wall panels and understand the basic detailing and flashing components.

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Insulated Roof Deck System Provides an Innovative, Streamlined Alternative to Traditional Low-Slope Roofing Materials (Print Course)

A new, all-in-one insulated roof deck system is revolutionizing the commercial roofing industry. Providing superior benefits to traditional roofing materials, new insulated roof deck panels are suitable for almost any application. This course will compare the innovative new solution to traditional low-slope roofing methods; explain its features and benefits, and how the diaphragm design is part of a building’s structural integrity; and explore design and installation considerations for a successful project.

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Using Technologically Advanced Metal Building Products in LEED, Net Zero, and Passive Buildings (Print Course)

LEED, Net Zero, and Passive House structures contribute to global efforts to reduce energy consumption and mitigate climate change. Adopting principles espoused by LEED, Net Zero, and Passive House can lead, for instance, to water conservation, the prioritization of safer building materials, and lower operating and maintenance costs. Metal roofing products such as solar air heating panels, insulated metal panels, solar-ready roof systems, cool roofing, and above sheathing ventilation (ASV) technology can all contribute to net zero and passive design strategies as well as to the earning of LEED credits. This course will examine the design principles behind LEED, Net Zero, and Passive House and the ways in which metal building products can help architects, engineers, and builders achieve sustainability goals.

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Daylighting with Light-Transmitting Polycarbonate for Roofing and Facades

Daylighting has already been proven to increase a building’s energy efficiency and occupant well-being. Material choice matters. This course will explore the role of daylighting as part of sustainable project design and how to maximize the availability of natural light.

Substantial attention will be given to the role of polycarbonates in daylighting strategy, including product choices and applications. Case studies are also included and examine the use of polycarbonates in various daylighting settings, ranging from a five-year comparative study to an internationally renowned sports stadium, higher education, and a condo in Florida.

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The Benefits of Using Steel Roofing and Siding on Multi-Family and Senior Living Projects (Print Course)

This course will explore benefits, applications, and installation considerations for pre-finished steel siding and roofing products engineered for maximum strength and durability on multi-family/senior living structures. We will show that these products are innovative and offer many sustainable and high-performance attributes. We will also explore two senior living case studies where steel siding and roofing were specified.

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Exterior Color Trends CONTINUING AND FUTURE DIRECTIONS 2021–2024 (Print Course)

This course aims to help architects, developers, colorists, and other specifiers understand which current popular exterior colors to continue using, which new colors to begin introducing, and what combinations will ensure successful palettes. The major design shifts in current U.S. regions as well as the cultural and consumer influences behind color trends will be referenced for the purpose of enhancing the knowledge course participants have regarding the color trends for the coming years.

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Cellular Glass Insulation: Reducing Risk by Design

This On Demand CEU is a recorded presentation from a previously live webinar event. As the value of building contents and cost of construction continues to rise, redundant, durable roof systems justify robust insulation and waterproofing strategies. This course will describe the types of cellular glass insulation and ways that it can be used in roof assemblies to achieve a high-performance roof that meets your commitment to sustainability. Real-world examples of details and applications will be used to help design your next cellular glass roof.

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Introduction to Metal Roofing Fundamentals (Print Course)

Upon completion of this course, participants should know the most common roof materials used in steep slope roofing and understand the various types of metal roofing substrates. They should also be able to identify different metal roofing configurations, coatings, and fastening applications along with analyzing the importance of roof system components. Finally, learners will assess the development of design plans for regional impacts affecting metal roofing systems.

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Vegetative and Protective Membrane Roof Assemblies: What Lies Beneath

Protected Roof Membrane Assemblies and particularly Vegetative Roof Assemblies place extreme requirements on the components below the surface, from waterproofing to insulation and everything in between. Each component must meet specific standards to achieve energy efficiency and durability.

This course describes the high performance attributes of PRMA components and defines the building code/performance standards and best specification practices to meet fire, wind, thermal, and moisture performance.

Webinar On-Demand: This On Demand CEU is a recorded presentation from a previously live webinar event.

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