Houston, TX - Thursday November 4, 2021

Houston, TX

Event Date
Thursday November 4, 2021

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.
Maggiano's Little Italy
2019 Post Oak Blvd.
Houston, TX 77056
no registration link
Registration Price

$65.00

Terms
Early Bird Discount! $30.00 off if purchased before Oct 21, 2021

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

Founded in 1954 by Emmanuel Mullet, Wayne Dalton was built on a dedication to ingenuity and customer service. As our business grew, so did our commitment to expanding our product lines, leading the company to become one of the largest door manufacturers in the United States. Since the beginning, we’ve remained committed to being the garage door partner whose innovation drives dealer productivity and provides industry-leading garage door solutions. In an effort to continue this innovation, Wa...

Event Agenda

Thursday, November 4, 2021

7:30 am

8:00 am

Specification Strategies to Eliminate Concrete Moisture
1 AIA HSW/LU CE Hour(s)

In many projects, installation of floor finishes is one of the last items to occur prior to substantial completion. However, 09 flooring specification sections require moisture testing before flooring can be installed on concrete slabs. When those moisture tests fail, the project faces time delays, unexpected costs, or both.

Learning Objectives:
  1. Discuss owner’s design intent and how it drives project requirements, thereby directly impacting specification language.
  2. Review specific industry documents and reference standards that drives the requirement to moisture test all concrete slabs.
  3. Investigate the genesis of current 09 flooring specification language.
  4. Specify sustainable design processes that eliminate: (1) project delivery delays due to concrete slab moisture, (2) subsequent bond or moisture failures, and (3) design team liability for each.
ISE Logik Industries

9:10 am

High Performance Door Solutions for Food & Beverage Manufacturing
1 AIA HSW/LU CE Hour(s)
1 RCEP PDH(s) for Engineers

In food and beverage applications, conditioned air control and productivity are critical. Join us in this one-hour course as we discuss high performance door solutions that address the unique needs of food and beverage manufacturing, processing, storage, and distribution facilities from dock to freezer and everything in between.

Learning Objectives:
  1. Explain how high performance doors can promote safety, efficiency, and productivity in food and beverage manufacturing
  2. Illustrate key zones in a food and beverage manufacturing facility that benefit from high performance doors and evaluate different freezer, cooler, and warehouse solutions
  3. Recognize unique environmental, safety, and electrical conditions that impact the performance of high performance door systems and identify regulations and standards that address these issues
  4. Discuss how to effectively specify high performance doors in food and beverage applications through case studies
Overhead Door Corporation

10:20 am

Sponsored By Armortex
Presented By Rick Snelling
1 AIA HSW/LU CE Hour(s)

In this one-hour course, design professionals will learn about anti-ballistic technology, specifically fiberglass panels, windows, doors, and other products, that are used to protect a building’s occupants from weapons, impact, and explosives.

Learning Objectives:
  1. Define the four different types of resistance technologies that are used to protect occupants from weapons, impact, and explosives
  2. Identify the organizations that create standards and testing for resistance technologies to ensure these products are capable of securing the building in the event of an attack
  3. Evaluate anti-ballistic products, specifically panels, windows, and doors, on their durability and safety
  4. Apply knowledge of anti-ballistic technology and specify products to promote safe environments

11:30 am

It's All Downhill...The Evolution of Slope-to-Drain Shower Pans
Sponsored By Noble Company
Presented By Dean Moilanen
1 AIA HSW/LU CE Hour(s)
1 IDCEC HSW CEU(s)

Slope-to-drain waterproofing concepts are an essential part of ceramic tile and stone installations. Over time, a variety of installation methods and products have been employed to achieve the required slope to drain. Failure to follow industry best practices can result in costly failures in wet-area applications.

Learning Objectives:
  1. We will examine the evolution of slope-to-drain shower pan methods.
  2. We will examine the pros and cons of historic slope-to-drain shower pan methods.
  3. We will investigate the latest developments in slope-to-drain technology.
  4. We will examine current best practice for successful slope-to-drain installations.
Noble Company

12:30 pm

1:00 pm

Trending Accessible Design Standards: Restrooms, Locker Rooms & Adjacent Public Spaces
Sponsored By Bradley Corporation
Presented By Daniel Hughes
1 ADA Accessibility / Barrier-Free Req.
1 AIA HSW/LU CE Hour(s)
1 IDCEC HSW CEU(s)
1 RCEP PDH(s) for Engineers

Accessible design is a core requirement for most facility design projects. Ten (10) Emerging Accessible Design Trends & Tools demonstrate how designers are applying them to their projects. The class identifies who needs and how to provide accessibility in the toilet & locker room space.

Learning Objectives:
  1. Identify 10 Emerging Accessibility Design Trends & Tools.
  2. Explain the principles of accessibility and universal design.
  3. Assess and Apply accessibility standards and regulations that govern accessible toilet & locker rooms.
  4. Evaluate and Apply accessible design for toilet & Locker room layout, through fixture\accessory selection and placement.
Bradley Corporation

2:10 pm

3:20 pm

Security Pass-Thru Combinations
Presented By Wade Arnold
1 AIA HSW/LU CE Hour(s)

The course teaches about bullet resistant and secure pass thru windows and equipment to keep employees safe in hospitals, banks, pharmacies and all public domains. The course will instruct upon the varying levels of bullet resistant protection, anti-theft, various window tints, shades and security levels.

Learning Objectives:
  1. Define & clarify the types of bullet resistant protection levels.
  2. Evaluate & recognize where and when to specify security windows and pass thru devices.
  3. Specify correct products to support the design criteria.
  4. Distinguish the differences of fire-rated applications along with added security measures and how they overlap.
Specialty Fenestration Group

4:30 pm

Post-Pandemic Sustainable Design for Restrooms, Locker Rooms, and Public Spaces
Sponsored By Bradley Corporation
Presented By Daniel Hughes
1 AIA HSW/LU CE Hour(s)
1 GBCI General Hour
1 IDCEC HSW CEU(s)

In the wake of COVID-19, people expect more from the facilities they use daily. Public spaces, especially restrooms and locker rooms, must be clean, hygienic, and accessible for everyone to use. Emphasizing public health should not require sacrificing sustainability or aesthetics.

Learning Objectives:
  1. Identify the short-term and long-term impacts that the global pandemic will have on public restroom design, especially as they relate to health and safety
  2. Discuss ways in which professionals can emphasize hygiene without sacrificing sustainability, accessibility, or aesthetics when designing and specifying for public restrooms and locker rooms
  3. Illustrate how sustainable product choices in public restrooms and locker rooms can positively impact occupant health and facility maintenance
  4. Design sustainable commercial restrooms and locker rooms that can help contribute to projects seeking certification with WELL v.1 and LEED v.4, including USGBC’s new Safety-First Pilot Credits
Bradley Corporation
no registration link

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)