Fort Worth, TX - Tuesday November 4, 2025

Fort Worth, TX

Event Date
Tuesday November 4, 2025

7:30 am - 5:30 pm

Available Credits

Up to 8 AIA HSW/LU CE Hour(s)
Up to 2 GBCI General Hour
Up to 1 ADA Accessibility / Barrier-Free Req.
Acme Brick Headquarters Office
3024 Acme Brick Plaza
Fort Worth, TX 76109
Registration Price

$100.00

Terms
Early Bird Discount! $30.00 off if purchased before Oct 21, 2025

JOIN US IN YOUR CITY • REGISTER BELOW • ATTENDANCE REPORTED ON A PER-PRESENTATION BASIS

Event Agenda

Tuesday, November 4, 2025

7:30 am

8:00 am

Elevate Your Outdoors: The Art of Designing Functional Living Spaces
Sponsored By Wolf Home Products
Presented By Jason Foura
1 AIA HSW/LU CE Hour(s)

Overview of the outdoor living space and materials used in outdoor living design. Material selection, care and design, will be discussed, and common misconceptions will be addressed.

Learning Objectives:
  1. Understand the evolution of the outdoor living market. Discuss how new materials have longer sustainability on life cycle costs and how wood and older materials have continued to create maintenance issues and if not maintained can create safety issues with Code related materials on decking and railing.
  2. Address trends and materials used in outdoor living spaces. Trends are moving toward more Aluminum railing items. Some competitors don’t have IRC and IBC coded materials in the field.
  3. Apply standard design principles and how they relate to outdoor living spaces. Many of the design principles relate to safety because of life cycle maintenance as well as improper flashing and installation that lead to unsafe building practices.
  4. Identify and explain common misconceptions and safety issues in designing outdoor living spaces. Decking today has many options when it comes to installation and using the proper installation hardware. We review all code rulings for decking and railing.
  5. Explain proper use and care of outdoor living spaces and how to avoid them for extended performance. We review how some chemicals can harm the decking material and which products can be safely used to provide a non-toxic method to maintaining the life of your deck and rail material. Some products can react to PVC and cause issues to the capstop.
Wolf Home Products

9:00 am

Beyond the Frame: Choosing Windows for Design and Performance Goals
Presented By Isaac Ratliff
1 AIA HSW/LU CE Hour(s)

This course provides a comprehensive overview of selecting the appropriate window products based on project-specific design and performance requirements. It covers various window types and their performance characteristics, examining factors such as location, building type, air and water infiltration, and design pressures.

Learning Objectives:
  1. Analyze how window function, including operation and usability, influences product selection to enhance occupant comfort and accessibility in various project applications.
  2. Examine key performance factors—air infiltration, water resistance, and structural integrity—to ensure durability, indoor air quality, and protection against environmental conditions.
  3. Identify critical code requirements such as egress, tempered glass, smoke evacuation, and energy efficiency to support safe building design and emergency preparedness.
  4. Assess aesthetic considerations, including finish options, color choices, and sightlines, to achieve both functional and design objectives.
All Seasons Architectural Windows

10:20 am

11:30 am

Healthy Interiors: Using the WELL Building Standard to Design Commercial Spaces of the Future
Sponsored By Excel Dryer, Inc.
Presented By Paul Marquez
1 AIA HSW/LU CE Hour(s)
1 GBCI General Hour
1 IDCEC HSW CEU(s)
1 IWBI WELL Specific

This course will explore a real-life example of a 5,000-square-foot office expansion recently completed in Western Massachusetts. We’ll take a deep dive into the owner’s and architect’s primary goals for the space; that it be beautiful, healthy, sustainable, and functional.

Learning Objectives:
  1. Define healthy and sustainable building in the post-COVID design era.
  2. Identify potential project goals related to the health and well-being of building occupants and the value of an integrated approach to design.
  3. Recognize how the strategies within the WELL Building Standard™ can be leveraged to support occupant health and well-being, sustainability, flexibility, and aesthetics.
  4. Learn about new product solutions for providing touchless hand hygiene in and outside of the restrooms.
  5. And, apply lessons learned from a real project to support future commercial office design projects.
Excel Dryer, Inc.

12:30 pm

1:00 pm

2:10 pm

3:20 pm

4:30 pm

Balancing Safety & Style: Handrail & Guardrail ADA Compliance
Sponsored By Livers Bronze
Presented By Lee Kirby
1 ADA Accessibility / Barrier-Free Req.
1 AIA HSW/LU CE Hour(s)

Handrails and guardrails are a safety feature that we easily take for granted as a common fixture in environments where stairs and balconies are featured, aiding us in our coming and going.

Learning Objectives:
  1. Determine the specific conditions that mandate the installation of ADA-compliant handrails for various environments, including stairways and ramps, to ensure compliance with accessibility regulations.
  2. Clearly outline the required dimensions, such as height, width, and clearance, for ADA-compliant handrails and explain how these measurements contribute to creating accessible and user-friendly spaces.
  3. Analyze key railing specifications, including material selection, gripping surfaces, and installation standards, while reviewing how these aspects align with broader ADA code requirements.
  4. Assess the specific requirements for railings on ADA-compliant ramps and stairs, focusing on details like slope, landing, and handrail continuity to ensure structures meet accessibility standards.
Livers Bronze

State CE Requirements

Texas CE Requirements

Texas Board of Architectural Examiners
(512) 305-9000
Renewal Cycle: 
Annual
Total Hours Required: 
12 Hours
Renewal Deadline: 
Last Day of Licensees' Birth Month
12 HSW (1 hour SD or energy efficient design + 1 hour barrier-free design + min. 8 hours structured + max. 4 hours self-directed)