Architects want architecturally exposed structural steel on projects to meet their expectations for appearance, budget, quality and structural integrity. The category system implemented in the AISC Code of Standard Practice effectively communicates expectations and should be utilized on any AESS project. Participants in this program will learn how and when to implement the AESS Category Method to effectively communicate the desired appearance for architecturally exposed structural steel in a format that contractors can understand.

1.0 LU | HSW 
1.0 PDH

This program will demonstrate how recent structural steel industry innovations allow architects to easily express their design, concepts, overcome client serviceability and safety concerns, enhance their use of architecturally exposed structural steel, and help ensure a comfortable, safe and sustainable building environment for occupants.

1.0 LU | HSW 
1.0 PDH

In today’s market where land is scarce, parking structures are becoming a necessary element to developments and campus designs. With projects today facing more and more questions and challenges requiring expert advice, we’re helping owners and designers realize that steel-framed parking structures have a clear advantage in economy and durability. Whether it’s choosing between current use of the parking structures, or adaptability for future use, specifying a building material that meets financial goals without sacrificing the entire project’s design intent is the challenge.

1.0 LU | HSW
1.0 PDH

This course will cover the economic conditions in the US and how it relates to the overall health of the construction industry. It will discuss different measurements and indices that are used to gauge where the market is headed and how it will affect construction activity. It will also discuss the evolving mix of the construction market in terms of what is getting built and the materials being used.

1.0 LU 
1.0 PDH

For today's design leaders, choosing the right structural system doesn't just include efficiency and cost, but also must consider an understanding and analysis of sustainability goals. We'll focus today on how modern domestic steel is produced, what makes it the most sustainable structural material, the supply chain and steel availability, EPDs and sustainability commitments, and how design choices (such as lateral systems, cambering, composite design, and fire protection) can help reduce environmental impacts. We'll also leave you with information on tools, ranging from mill-specific EPDs to design aids on hybrid design, you can use to help you with design decisions.

1.0 LU | HSW
1.0 PDH 

SpeedCore is a non-proprietary system of concrete-filled composite plate shear walls (CF-CPSW). The system replaces reinforced concrete core construction in multi-story buildings with the advantage of construction speed standing out as the most significant project benefit. The steel plate composite wall system leverages the stiffness of concrete and the speed and accuracy of steel for a superior lateral system. The history of composite construction is briefly reviewed with an emphasis on the use of the composite wall system in nuclear facilities. The innovative shift from industrial to commercial construction will be detailed with a specific discussion of the Rainier Square Tower project designed by Magnusson Klemencic. Basic design principles of the SpeedCore system used for Rainier Square are discussed with reference to the design resources currently available. Research on the SpeedCore system investigating structural and fire protection optimization are shared within the context of the future of the system and its innovative impact on the design and construction industries.

1.0 LU | HSW 
1.0 PDH

This presentation highlights the important changes in the 2022 AISC Code of Standard Practice. Topics include substantial changes that ensure more complete design documents are produced, harmonization of terminology with all AISC Standards, new requirements to satisfy the International Building Code, and requirements for the approval of documents.

1.0 LU | HSW
1.0 PDH 

Structural Engineers are called upon to tackle tough analytical problems every day and AISC has many resources available to make that job a little bit easier. This one-hour presentation will familiarize you with the great technical resources available in the AISC Design Guide Series. The session will review the Design Guide Series paying particular attention to the Design Guides that cover base plate design (#1), floor vibrations (DG#11), low and medium-rise steel buildings (DG#5), retrofit and rehabilitation of existing structures (DG#15), and design of industrial buildings (DG#7).

1.0 LU | HSW
1.0 PDH

Averaging over 200 inquires each week, the Steel Solution Center can readily identify trends in the inquiries received. The Steel Solution Center works closely with the Engineering and Research Department and the Committee on Technical Assistance to develop Frequently Asked Questions to address these topics. These questions are published on the website each quarter, providing valuable resources to the design and construction industry. This one-hour seminar focuses on the most commonly asked questions from this resource, including such topics as the 2010 AISC Specification, the 2010 Seismic Provisions, and high-strength bolting.

1.0 LU | HSW
1.0 PDH