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| Engineering seismology: seismicity, ground and site effects, and seismic hazard analysis |
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| Geotechnical engineering: foundations, ground-failure, liquefaction, and underground structures |
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| Structural engineering: materials, structural systems and elements, structural response, evaluation and retrofit of buildings, bridges, industrial, heritage buildings, and special structures |
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| Advanced technologies: structural control, smart materials/structures, and health monitoring |
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| Lifeline systems: design and analysis, network assessment, mitigation, components and systems |
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| Nonstructural components and contents |
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| New design criteria and methods: seismic codes and standards, applications |
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| Earthquake engineering practice: recent projects, design, and construction |
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| Earthquake loss estimation: vulnerability analysis, risk assessment and management |
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| Expanding earthquake technologies to multiple hazard protection of infrastructure systems |
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| Information and computing technology: simulation, modeling, earthquake wave generation, computer graphics, database information, GIS |
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| Lessons from recent earthquakes and tsunamis |
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| Others: socio-economic impacts, seismic awareness, preparedness, recovery and education, earthquake-induced fire |
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