This 3-hour LU/HSW course introduces foundational principles and practical applications of seismic design for residential and small-building construction. Participants will explore seismic engineering concepts, compare some different design approaches, and evaluate traditional and modern structural systems such as braced frames, shear walls, base isolation, and energy-dissipating devices. The course emphasizes client–engineer collaboration to support informed decision-making, improve interdisciplinary communication, and enhance the safety, resilience, and performance of buildings in seismically active regions.
Learning Objectives
The following main topics will be discussed within the 3 hours Modules:
-Explain fundamental seismic engineering concepts, including ground motion, structural response, and performance criteria affecting building safety.
-Compare some different seismic design methods to understand regional risk considerations and code requirements.
-Evaluate traditional and modern seismic systems, identifying their appropriate applications, limitations, and impact on occupant safety.
-Apply a collaborative client–engineer approach to select and communicate effective seismic design solutions that enhance building resilience and safety.
AIBC-Approved Continuing Education Course
The goal of this course is not to overwhelm learners with technical minutiae, but to equip professionals with practical, actionable insights that support safer job sites, smarter decision-making, stronger design outcomes, and high-performance practices.
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