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Tuesday, June 16

8:30 AM | Accessibility Unlimited
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9:40 AM | EEA Consulting Engineers
Early MEP Coordination (1 LU)

This course walks through important coordination items that Architects need to consider for the Mechanical, Electrical, and Plumbing systems within a building.

  • Understand key information MEP Engineers require to begin the design process.
  • Understand factors that influence the selection of the HVAC system type.
  • Understand factors that affect how much floor space the various MEP system components require.
  • Understand factors that affect how much ceiling space the various MEP system components require.

10:50 AM | EEA Consulting Engineers
Acoustics Hearing Loss Prevention (1 LU/HSW)

This course introduces the essentials of hearing health and acoustic design, highlighting how everyday environments can impact long-term well-being. This class is available for an HSW (Health, Safety, and Welfare) credit.

  • Understand the basics of room acoustics and the physiology of hearing.
  • Understand how noise exposure over time is cumulative and irreversible, and what the OSHA and NIOSH exposure limits are.
  • Understand the 2019 redefinition of “noise” adopted by APHA and ICBEN.
  • Understand how to design spaces to be quiet, including selecting acoustically absorbent materials and providing sound isolation.

12:00 PM | Ludowici
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1:10 PM | GAF
Ins and Outs of Reroofing (1 LU/HSW)

Reroofing of existing buildings—both replacement and re-covering—is roughly 75 percent of the roofing industry. To that end, understanding how to determine whether a building requires a roof replacement or re-cover is key to a successful reroofing project. Reroofing-specific code requirements, investigation methods, and analysis of decks and insulation will be discussed, as well as the necessary aspects of wind resistance and energy efficiency upgrades (insulation, air barriers). In addition, the presentation will provide information to assist with the design and installation of flashing details given existing conditions.

  • Understand the Code requirements for reroofing.
  • Evaluate tools to assess existing conditions.
  • Discuss the potential impacts of the new roof system selection.
  • Identify opportunities to enhance wind uplift and edge metal design.
  • Understand how to achieve control layer continuity at walls and parapets.

2:20 PM | GAF
PVC Roof Membranes: When to Specify and Why (1 LU/HSW)

Thermoplastic roof membranes are the most common roof covering in the US. That category covers both PVC and TPO membranes. In this presentation, we will cover exactly what can be expected of PVC roof membranes and the differences among PVC, PVC-KEE and TPO. This will lead to an in depth discussion of which projects benefit most from the unique properties of PVC and PVC-KEE membranes, including case studies where it was the membrane chosen. Finally, attendees will leave understanding what key properties should be put into a specification to ensure performance and how PVC can help support sustainability goals for a project.

  • Describe the key physical properties and the different components of a single-ply membrane that are critical to PVC performance.
  • Summarize the importance of plasticizers as it relates to the performance of PVC and PVC-KEE.
  • Understand the types of projects that benefit from the characteristics of PVC over other types of roof membranes.
  • Review the sustainability properties of PVC compared to other roof membranes.

3:30 PM | GAF
Wind Design for Roofs (1 LU/HSW)

Wind design of roof systems can be complicated. Let’s face it, there’s math involved! The latest version of ASCE 7 has only added complexity to the design process. This presentation will focus on understanding the design process laid out in ASCE 7-16, as well as discuss the similarities and differences between the three versions of ASCE 7 (-05, -10 and -16). Changes to ASCE 7-16 influence related wind design methods. This presentation will also discuss updates to FM’s wind design process and the requirements within their related Loss Prevention Data Sheets (e.g., LPDS 1-28 and 1-29).

  • Describe the similarities and differences between the three versions of ASCE 7 and the roofing industry-developed methods to determine loads.
  • Identify the foundation elements involved in determining wind loads acting on a building.
  • Differentiate between the load side and the resistance side and understand how each is presented within the roofing industry.
  • Explain the recent changes and impact of the new information contained in FM’s Loss Prevention Data Sheets 1-28 and 1-29.

4:40 PM | GAF
Hands On with Roofing – Live Demo (1 LU/HSW)

Wednesday, June 17

8:30 AM |  Indeco
Designing for Forgotten Spaces (1 LU/HSW)

Open floor plans have perks, but there are new and surprising statistics on how these spaces affect employees. This course aims to shed light on the different types of forgotten spaces needed to counteract open floor plans and their impact on productivity as well as employee’s health and wellness.

  • Learners will understand how to create a cohesive office design that enhances employee productivity, health, safety, and well-being.
  • Learners will be able to design resource areas in the modern office, including mother’s rooms, wellness spaces, and common areas.
  • Learners will be able to identify forgotten spaces in the office and understand what aspects are needed for each area.
  • Learners will understand the pros and cons of open floor plans and how to design them to minimize the negatives and maximize productivity and employee well-being.

9:40 AM | Fiberlite
Designing Sustainable Resilient Roofs (1 LU/HSW)

Having resilience means the ability to return to normal or bounce back after a difficult situation. Having a resilient roof means the roof’s ability to protect and maintain facility operations, building contents, and personal safety without interruption over time. This course will review the history and development of geomembrane technology in response to early 20th century environmental issues, and how this same technology was transformed into a roofing membrane to enable resiliency and high performance in demanding environments, as well as the criteria found in codes and standards which help ensure resilience and long-term sustainability required in a high-performance roof system.

  • History of Geomembranes – The need for geomembrane technology that evolved into a new standard for roof resilience
  • Technological Characteristics – The attributes of a resilient roof system and how KEE technology improves resilience
  • Performance Requirements – Relevant codes and standards, Resiliency and sustainability, Fire resistance
  • Design and Compliance Best Practices – Good design, Specifying compliance, Proper execution

10:50 AM | WJE
Problems Curtains Can’t Solve – Selecting Appropriate Windows for Your Projects (1 LU/HSW)

Unfortunately, windows and doors in single-family, multi-family, and light commercial applications often leak. The consequences can be significant for the occupants, builders, and designers. The causes vary, but often, the rating of the selected window product simply does not meet the project demands or expectations. This presentation explains how manufactured window and door units resist wind pressure (structurally), as well as water penetration and air leakage. It also explains how window products are tested, rated, and certified, and applicable code requirements.

  • Definitions and naming conventions related to manufactured window products.
  • Critical performance aspects of windows related to structural attachment, air and water leakage.
  • How windows are tested, rated, and certified to meet performance standards.
  • Selecting windows for specific projects based on their certification to achieve goals including occupant comfort, resilience and efficiency.

12:00 PM | Texas Fenestration
Safti First: Fire Rated Glazing Solutions (1 LU/HSW)

Architects have always pushed the limits of what building products can do, and fire rated glazing is no exception. This program shows how fire rated glazing has evolved from small door lites and openings using wired glass and ceramics to floor-to-ceiling and wall-to-wall, multi-tasking fire resistive glazing systems. Case studies showing these innovative design applications in real-world settings will be used to show participants how architects continue
to push the boundaries of what fire rated glass can do. Learning objectives include:

  • Review the history of fire rated glass from foreign-made wire glass and ceramics to clear, high performance, USA-made solutions;
  • Understand the difference between fire protective and fire resistive glazing and how the IBC distinguishes between these two applications;
  • Examine how the architectural community’s demand for large sizes, increased optical clarity, unobstructed views and thermal performance have shaped fire rated glazing product development. Case studies will be highlighted;
  • Discover the importance of multi-functional fire resistive glazing products providing additional performance features such as hurricane, blast, ballistic, forced entry and more. Case studies will be highlighted.

1:10 PM | Movement Maker
The Visibility Gap: Why AEC Firms Are Losing Work They Never Knew Existed (1 LU)

The session covers how AI has replaced Google as the first stop for clients researching firms, what signals AI uses to decide who gets recommended, and the three things every architecture firm needs in place before agentic AI starts making referral decisions on their behalf.

  • The live element: every attendee scores their firm’s AI visibility in real time during the session using our AI Scoring Tool. They leave knowing exactly where they stand and what to do about it.

2:20 PM | OPEN
Open (1 LU/HSW)

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3:30 PM | Texas Fenestration
Peerless Windows Emerging Technologies (1 LU/HSW)

This course covers the benefits of aluminum architectural windows through a review of current technology. The course covers advantages in new innovations in window accessories. You will receive 1 LU/HSW. Peerless falls under the CSI 08 division.

  • At the end of this program, participants will be able to describe the manufacturing differences in window thermal technology through a review of the innovative polyamide strip thermal technology. Examples to be reviewed include isometrics, photos, CAD drawings and 3D samples.
  • From images presented and reviewed during this course, attendees will be able to identify at least three advantages of the new window hardware technology which is available in the marketplace today.
  • From review of isometrics photos and CAD drawings during this course, attendees will be able to identify the specific characteristics of specialty windows, including blast, energy and acoustic, that exist in today’s market.
  • After this course, attendees will be able to identify at least three advantages of using co-extruded accessories for ease of installation, time and labor savings, and reduction in extra parts and pieces in the field.
  • After attending this course and reviewing drawings and samples, participants will be able to identify the benefits of using a new grid system for higher quality and better window aesthetics. Attendees will also understand how a casement window can replicate a hung window while providing superior performance and quality.