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Soils and Foundations: International Building Code This course provides engineers with an in-depth understanding of the soils and foundations provisions found within the International Building Code (IBC). It explains the code requirements governing the design and construction of foundation systems in areas not affected by scour, water pressure, or wave action. Participants will learn the... Learn More

Building Code: Soil & Foundation Guidelines This course provides professional engineers with a detailed overview of the soil and foundation provisions outlined in the International Building Code (IBC). It focuses on the essential requirements for designing, analyzing, and constructing building foundation systems in areas not affected by scour, water pressure, or wave action. Engineers will... Learn More

Seismic Design for Composite Steel Deck and Concrete Diaphragms This course provides guidance on the seismic design of composite diaphragms made of steel deck and concrete fill supported by steel framing. It focuses on the structural behavior and performance of these systems under seismic loading and explains the design criteria necessary to ensure strength, stiffness,... Learn More

Composite Steel and Concrete Diaphragm Seismic Design This course provides a detailed overview of the seismic design of diaphragms composed of composite steel and concrete systems. The material emphasizes the integration of steel beams and steel deck with concrete fill to form composite diaphragms capable of resisting seismic forces. Engineers will gain insight into the... Learn More

Designing Concrete Slabs for Heavy Load Conditions This course provides the criteria and design principles for concrete slabs on grade that are subjected to heavy load conditions. It is applicable to engineers and design professionals involved in industrial and commercial structures where heavy loads—such as moving equipment, stationary live loads, and wall loads—must be accommodated... Learn More