(The following topics include but are not limited to)
Track 1: Civil Engineering
Building Structures
Engineering Management
Architectural Design and Theory
Advanced Building Materials
Building and Building Materials
Building Environment and Equipment Engineering
Sustainable Buildings
Construction Engineering, Geotechnical Engineering, Fire Protection Engineering
Installation Engineering, Surveying Engineering
Bridge and Tunnel Engineering
Geological Environment Engineering
Municipal and Urban Engineering
Hydroelectric Engineering
Construction Technology and Management
Infrastructure Construction
Computational Mechanics
Building Optical Materials
Digital Twin Technology and Building Information Modeling
Application of Optical Strain Measurement Systems in Civil Engineering
Track 2: Structural Seismic Resistance
Seismic Waves
Seismic Load Force Analysis
Seismic Experiments and Analysis
Earthquakes and Arrestors
Structural Seismic Resistance Design
Earthquake Signal Detection
Principles of Structural Seismic Resistance Design
Seismic Resistance Design of Concrete Structures
Seismic Resistance Design of Masonry Structures
Seismic Resistance Design of Steel Structures
Seismic Resistance Design of Concrete Beam-Type Bridges
Structural Damping and Isolation Technology
Seismic Resistance Reinforcement and Renovation Design
Earthquake Action Calculation
Wall Bearing Capacity Check
Structural Control
Structural Health Monitoring
Intelligent Sensor Technology
Integrated Monitoring Network
Intelligent Structures and Advanced Materials
Large Complex Structural Systems
Track 3: Concrete Materials
Concrete Rheology
Fluid Mechanics
Inorganic Non-metallic Materials and Physical Properties
Physical Properties of Metal Materials
3D Printed Concrete Materials
Fiber Materials and Physical Properties
Material Quality and Control
Polymer Materials
Geopolymer Materials
Materials and Components
Steel Reinforcement Fatigue and Stress Analysis
Cement-Based Materials Analysis
Apparent and Microscopic Analysis of Civil Engineering Materials