Austin, TX - Tuesday November 17, 2026

Austin, TX

Event Date
Tuesday November 17, 2026

7:30 am - 5:30 pm

Available Credits

Up to 8 AIA HSW/LU CE Hour(s)
Up to 1 GBCI General Hour
Up to 1 ADA Accessibility / Barrier-Free Req.
Maggiano's Little Italy
10910 Domain Dr
Austin, TX 78758
Registration Price

$70.00

Terms
Early Bird Discount! $20.00 off if purchased before Nov 3, 2026

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

Event Agenda

Tuesday, November 17, 2026

7:30 am

8:00 am

The New Age of Construction: Silane Modified Polymer (SMP) Technology
Sponsored By Kaneka
Presented By James Stroud
1 AIA HSW/LU CE Hour(s)
1 GBCI General Hour
1 IIBEC CEHs

This one-hour course delves into the advanced properties and benefits of Silane Modified Polymer (SMP) for architects and building professionals. Participants will explore SMP’s unique adaptability and bonding strength, which supports high-performance applications across varied climates and building types.

Learning Objectives:
  1. Identify properties of Silane Modified Polymer (SMP) products and their advantages over traditional construction materials, including the demand, site specific applications and health benefits of the product.
  2. Analyze the material and installation costs of SMP products, their features, best practices and sustainability benefits, compared to other market alternatives.
  3. Examine the standards, sustainability and testing that led to the formation of SMP, while focusing on its role in enhancing building envelope integrity.
  4. Explore relevant case studies related to SMP products, recognizing their contribution to sustainable architecture with solvent-free and isocyanate-free formulations.

9:10 am

10:20 am

11:30 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

12:30 pm

Sponsored By PROSOCO
Presented By Alley Mathson
This interactive session will cover PROSOCO’s innovative products, including air and water barriers, concrete flooring solutions, and masonry cleaners, designed to enhance building performance and longevity. Product experts will walk you through real-world applications, best practices, and key benefits, followed by a Q&A session...

1:00 pm

Aluminum Framing Solutions for High-Performance Interiors: Sound, Safety, and Style
Presented By Rick Carleton
1 AIA HSW/LU CE Hour(s)
1 GBCI General Hour

Aluminum doors and frames are increasingly popular in commercial interiors for their clean aesthetics and strong performance. This course explores practical applications of aluminum framing systems in modern architectural projects.

Learning Objectives:
  1. Identify the components and configurations of modern aluminum interior door and framing systems including sidelights, borrowed lights, flush assemblies, and sliding doors and their role in supporting safe, functional interior environments.
  2. Describe the aesthetic and functional benefits of aluminum framing systems including minimal sightlines, flush glazing, and integration with contemporary interiors and how these design attributes contribute to occupant well-being and spatial quality.
  3. Explain how aluminum assemblies meet critical performance and code compliance requirements such as fire ratings (45 to 90 minute), positive pressure testing, and acoustic control (STC-rated assemblies) to support life safety, occupant comfort, and building code adherence.
  4. Assess hardware compatibility, prep options, and code-related considerations including ADA accessibility, NFPA 80 compliance, and electric strikes and specify aluminum assemblies that align with applicable safety, egress, and sustainability standards including LEED and EPD documentation.
Avalon International Aluminum

2:10 pm

3:20 pm

4:30 pm

Code meets Craft: ADA Compliant Railing Systems
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 we easily take for granted — until it's time to specify one. In this course, we'll delve into the systems that keep commercial stairs, ramps, and elevated walkways safe, and the codes that govern them.

Learning Objectives:
  1. Distinguish the system: Tell a guardrail from a handrail and explain why that distinction drives every compliance decision
  2. Apply the safety thresholds: Identify when guards are required and the loads that rails must resist under the model codes
  3. Navigate the three codes: Determine how IBC, OSHA and ADA apply, and design each element to the strictest standard
  4. Confirm Local Requirements: Check local amendments, permits, and the AHJ before finalizing any specification
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)