(Including but not limited to the following topics)
Topic 1: Structural Seismic Resistance
Seismic design principles for structures
Seismic fortification and classification of buildings
Seismic resistance of reinforced concrete structures
Seismic design and ductility of steel structures
Seismic resistance of masonry structures
Seismic resistance of bridges and lifeline projects
Seismic resistance of high-rise buildings
Isolation and energy dissipation reduction technologies
Control of structural vibration and tuned mass dampers
Seismic response spectra and time history analysis methods
Seismic reinforcement and renovation technologies
Site effects and seismic resistance of foundations
Seismic motion input and hazard analysis
Seismic resistance of non-structural components
Seismic performance tests and evaluation of structures
Topic 2: Safety Engineering
Industrial safety and risk management
System safety analysis and evaluation
Theories of accident causation and prevention
Safety monitoring and intelligent early warning
Occupational safety and health protection
Fire prevention, explosion prevention and electrical safety
Mechanical safety and human-machine engineering
Safety regulations and safety management systems
Chemical process safety
Mining safety engineering
Construction safety
Transportation safety
Emergency management and contingency plan formulation
Safety integrity design
Safety culture and behavioral safety
Topic 3: Disaster Prevention and Control
Prevention of secondary disasters (fires, landslides, etc.) caused by earthquakes
Design for resisting continuous collapse of structures
Structural responses to disasters (wind, fire, explosion, impact)
Enhancement of seismic resistance and disaster resilience of infrastructure
Quick assessment of structural safety after disasters
Techniques for reinforcing and repairing damaged structures
Prevention of disasters for urban lifeline projects
Simulation of disaster scenarios and loss prediction
Planning for disaster prevention and mitigation and design standards
Coupling of multiple disasters and structural design
Decision-making for disaster response and structural safety warning
Reconstruction after disasters and planning for resilient communities
Infrastructure disaster risk assessment
Design of disaster prevention facilities (shelters, isolation layers)
Performance-based multi-disaster comprehensive prevention