Description
Course Description:
When architects and engineers build structures, a fundamental aspect of designing the building is to enable it to withstand the many forces acting upon it and stand firm and stable. Regardless of where a building or structure is located, it must respond to the natural forces it encounters. These can range from the always present hydrostatic pressures on foundations and wind loads on the superstructure to more extreme and geography specific forces like Seismic, ice and thermal loads. This course will focus on Seismic (earthquake) forces and how buildings are designed to withstand the challenges posed by these forces.
Learning Objectives:
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Understand the nature of dynamic Lateral forces and Seismic forces in particular.
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Become familiar with how Seismic forces impact structures and the fundamental engineering used to provide stability and resilience in response to earthquakes.
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Familiarization with the primary codes and regulations governing seismic design in the United States, including Seismic Design Categories, Seismic Zone Maps and key state specific requirements and broader Nationwide requirements.
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Understand the complimentary roles of the Architect and Structural Engineer in addressing Seismic design solutions.
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Examine how seismic design is evolving with the use of Smart structures, AI and new techniques to move beyond just preventing collapse to creating adaptive, resilient buildings that can regain rapid functionality following a design-level seismic event.
Instructor: Muhammad Siddiqui, AIA
Muhammad A Siddiqui, AIA Currently working as Project Manager with a large international EPC company where responsibilities over the past 15 years have included management of several large projects. Among these have been several buildings requiring blast resistant buildings. Other specialized design conditions have included modular construction and facilities in remote locations or extreme climates.
Course Number: AIAPDH278
Course Hours: 3 LU/HSW
