This course reviews the importance of weather-resistive barriers (WRBs): why they are critical and the technology considerations specifiers should use when evaluating WRB’s performance. It will also outline several of the most important building code and industry requirements related to air barriers and what they mean.

This course features an overview discussion on modified bitumen roofing solutions for lowslope roofing applications. It provides an explanation of the features, benefits and differences between SBS and APP systems, including how these systems offer a sustainable, built-to-last roofing solution.

In this session, we focus on how fire-rated glazing systems contribute to achieving LEED credits, integrating safety and sustainability while enhancing environmental performance and occupant well-being. It's not necessary to compromise on lowering embodied carbon while achieving design goals. We also cover the importance of key transparency documents that can help make informed decisions on products that meet environmental goals. This course will help architects and designers uncover innovative strategies to maximize transparency, energy efficiency, and indoor environmental quality, and explore how fire-rated glazing supports sustainable construction practices, shaping a future of safer, healthier, and more environmentally responsible built environments.

This presentation shares why sealants are a critical tool in making buildings more energy efficient, including how they prevent air and water leaks in gaps, cracks, joints, and fenestrations. It also explores what to look for in a sealant, including the properties associated with flexibility and long-term performance

Infrared patio heaters are the best method of increasing comfort for outdoor entertaining areas of any size. There are many variables in creating a warm ambient setting as both the effectiveness and the cost of heating an outdoor space greatly depend on the heating option that is selected and the way it is designed. This course looks at the outdoor heating options that are available with a focus on the types, color choices, mounting methods, and control options of electric infrared heaters, including a review of the steps that are required in selecting the best solution.

This course is a targeted course of instruction and professional development for engineering firms engaged in the design of chemical, industrial, and environmental projects such as secondary containment of hazardous waste, industrial wastewater, ozone contactors, and others. The course is technical in nature and describes the role of waterstops in fluid-proofing concrete joints, chemical resistant polymers and steels, and state and federal regulations of compliance.

High-performance coatings are a necessity when it comes to protecting building exteriors and restoring them after harsh weathering and UV degradation; the right coatings prolong a building exterior’s life span and divert materials from landfills. New PVDF coating systems provide superior protection while satisfying aesthetic and environmental considerations. Their various characteristics and benefits are explored, and application methods are discussed.

This course covers how to use the COMcheck(TM) software from the Department of Energy to evaluate whether mass walls meet Energy Code requirements.

Since the 1920s, designers and owners have benefited from the use of structural lightweight concrete. Unfortunately, over the past few decades, some designers have turned away from specifying structural lightweight due to incomplete evaluation of the full life cycle benefits of lightweight aggregate concrete, and substantial misunderstandings surrounding concrete moisture vapor emissions. During this course we will explore the full sustainable aspects conveyed through the use of structural lightweight concrete and illustrate to the attendee how structural lightweight concrete is the sustainable design option. Further, we will discuss the need, and associated benefits, of implementing a systematic approach to designing structural slabs in conjunction with subsequent flooring, coating, or roofing materials.

This course features a broad discussion on Vegetated Roof Systems, including their history, the variety of types, and the various components that comprise these systems, as well as their numerous benefits.

A concise overview of the foundations of sustainability and material health; giving contextual solutions and mitigation strategies essential to good design.

As the number and volatility of threats to facility security and safety continue to escalate, protection is becoming paramount in the scope of today’s facility design. Whether it’s high-level protection from ballistics, blast, storm impact or forced entry, this course reviews the various protection levels, testing standards, best practices and the fundamental fenestration solutions which will fortify your building to protect people and property.

Wall system applications are becoming more and more common in the building envelope industry today. Explore the science behind wall systems and the tangible benefits of incorporating this technology into building structures. There is an emphasis on the differences between air barriers and vapor barriers and which is the best given climate and wall assembly.

Parking in buildings can be challenging to design because of space constraints. Automated parking lets architects design better buildings by maximizing parking capacity, using fewer resources, and providing a better parking experience for users. This course explains the different types of automated parking, their benefits and limitations, and what to consider when choosing automated parking for a project.

A Level 1 Single-Ply Roof Covers presentation that will cover benefits, differences between membranes and the major differences between seaming methods. Along with the attachment methods.

Sustainable building envelopes demand high performance from and proper installation of continuous insulation and air, water, and vapor control layers. What happens when thousands of holes are made in these materials as they are installed with blind fasteners, one layer on top of another by different subcontractors? Sequencing issues can generally not be avoided; instead, this course focuses on self-sealing fasteners as a solution to avoid damage and thermal bridging in insulation and control layers. Various fasteners and anchors are described, and recommendations are presented for how to specify and what testing data to look for.

Course describes Radon Gas, what and where, building envelope entry points as well as its impact, building code requirements and control strategies.

This course focused on the design considerations of Data Centers and incorporation of insulated metal panels to achieve superior building performance. Topics include supporting structure design including allowable spans, environmental control layers (air, water vapor, and thermal) code requirements, and fire safety building regulations. How insulated metal panels (IMPs) are used in the HVAC design and function as a "Perfect/Universal" wall system throughout the building.

This presentation focuses on wind design requirements for commercial low-slope roofing. The presentation covers building code history, ASCE 7, future tornado wind design requirements and agency approvals for wind uplift resistance for low-slope roofing.

A roofing system is a building's first line of defense against severe weather events. A roofing system must be attached to a roof deck properly to protect the occupants from harm and the building content from damage. Attendees will gain a working knowledge of single-ply system attachment methods, adhesives, fasteners and other accessories, and understand the variety of forces acting upon a roof and how single-ply roofing systems respond to their influence. The presentation will review the impact of environmental codes and standards on roofing system composition to meet ever more stringent air quality, thermal and moisture resistance requirements, and we will explore recent insurance, warranty and code changes affecting the roofing contractor, building owner and facility manager.

Overview of the types of architectural steep-slope metal roofing systems, metal types and finish types, system selection, substrates and fastening methods.

This course is critical to demonstrate the different options for metal roofing systems to ensure the performance and application requirements are understood for maximum performance ensuring the health and safety of building occupants and the impact on any environmental factors.

PVC has been used successfully in North America as a single-ply roof membrane for more than 40 years. This course discusses the primary design and installation considerations when specifying PVC roof membrane systems. Learner will understand the process necessary to specify PVC roof membrane systems.

Building owners have come to rely on weatherable coatings to provide long-term protection to their buildings. With an increased focus on sustainability, performance, and durability, PVDF resin-based coatings can help architects and painting contractors exceed their clients’ design goals. This course covers the key components and functions of high-performance weatherable coatings and looks at how these coatings contribute to sustainable design.

This course provides an introduction to roof coatings, the various types and applications as well as performance and energy benefits.

We will describe the attributes of the various cold applied coatings that are available in the marketplace (acrylics, polyurethanes, silicones), discuss the benefits of a white reflective roof versus non-reflective surfaces, as it relates to energy consumption, explore the various components of a roof coating, and highlight how to install a coating to perform to its capabilities.

There are many kinds of resin-based coatings for metal. The type of resin used plays an important role in determining a coating's durability and physical properties. This course discusses these coatings and their application techniques. It also discusses why the coatings may deteriorate and how to measure the performance of the coatings. The role that resin-based coatings perform in cool roofs is explored along with the standards that measure the sustainability of cool roofs. This course provides the information one needs to ensure that the coated product will perform as expected and provide a durable, long-lasting finish.