Pre-engineered System Stairs are steel stairs that are “Manufactured” rather than traditional “Fabricated” steel stairs. Our accredited presentation dives into the vast differences between the two. Much time is spent on reviewing the classification of all stairs in general and where use of a manufactured system can be utilized to offer design time and dollar savings. When applicable, manufactured stairs can save 30% or more compared to traditional fabrication methods, while not only meeting, but exceeding all required functional values.

In a power point format we will review the stair business from A to Z. From shaft development and design, comprehensive review of connection design and details, rail styles, tread products, code review, specification requirements, discussion of differences in all aspects of a manufactured system and bid day scenarios to ensure complete and accurate documents with regards to steel stair scope. This presentation is very educational and we are happy to provide references from other A/E firms who have attended.

This program has gained national recognition and an extended version was given at the 2004 “North American Steel Construction Conference”, sponsored by the AISC. We encourage all persons in your firm to attend whether involved in design, detailing, specifications, construction management or business development.

Participants will learn: What explosion relief is; What industries have a true need for explosion venting products; Types of explosions and catalysts as they relate to the industry; Why should explosion venting be specified; Code drivers and their impact on today’s specifier; Overview of available explosion venting products-current options, features, benefits, problems and solutions.

Participants will learn: The the costs of short- and long-term maintenance and the importance of effectively trapping dirt at the door, while enhancing rather than detracting from the intended vestibule or lobby design, indoor air quality issues and entrance flooring’s contribution as it relates to LEED and sustainable design objectives. Slip/fall liability issues will also be addressed as they relate to wet/slippery floors.

Participants will learn: How and where impact degrades interiors; Design solutions in application; How to reduce maintenance costs to the Owner; Form & Function...what criteria is important? Which wall protection materials contribute to LEED credits?

This course will better inform the designer on quartz, the history and its relationship with quartz surfacing materials. Quartz has played a unique role in the history of quartz surfacing materials. Its unique properties have made it into an exceptional material in the building industry. This course will help you gain a general understanding of quartz an the unique manufacturing process of Quartz surfacing materials. You will also gain insight on the differences between solid surfaces, stone surfaces and quartz surfaces. At the conclusion of the course you should also know what Microban is and how when used as an additive to quartz surfacing materials can become an antimicrobial surface, mold and mildew resistant.

Learning Objectives:

Upon Completion Of This Course, You Will Have A Better Understanding Of What:

-Quartz Surfacing Material Is, And:
-The role Quartz has played in history
-Where Quartz can be found
-The physical properties of Quartz
-What the Breton manufacturing process is
-Differences between acrylic solid surfaces, stone, and Quartz surfaces
-Combining Quartz surfacing material, and Microban® antimicrobial material