(The following topics include but are not limited to)
Track 1: Engineering Geology and Geological Surveying
Engineering geological surveying theory and methods
Engineering geological mapping and geological documentation
3D geological modeling and geological informatization
Geological structure analysis and engineering suitability evaluation
Hydrogeological investigation and groundwater dynamic monitoring
Adverse geological phenomena and engineering geological problems
Special soil engineering geological characteristics research
Geotechnical engineering surveying techniques and in-situ testing
Application of geophysical exploration in engineering geology
Application of remote sensing and GIS in engineering geology
Deep, marine and polar engineering geology surveying
Geological survey and assessment of geological disasters
Engineering geological numerical simulation and calculation analysis
Engineering geological risk assessment and zoning
Engineering geological methods of AI and big data

Track 2: Geotechnical Mechanics and Geotechnical Engineering
Geotechnical material constitutive models and mechanical properties
Fundamentals of soil mechanics and rock mechanics
Non-saturated soil mechanics and special soil mechanics
Rock fracture, crack mechanics and deformation mechanism
Multiscale mechanical behavior and mechanism analysis
Multifield coupling (thermal-water-structural-chemical) analysis
Static and dynamic mechanical behavior of geotechnical bodies
Soil-structure interaction and load transfer mechanism
Geotechnical engineering numerical simulation and calculation analysis
Technological innovations in field and laboratory geotechnical tests
Geotechnical parameter testing and inversion analysis methods
Geotechnical engineering reliability and risk assessment
Earthquake engineering and rock-groundquake response
Foundation treatment and foundation engineering technology
Geotechnical mechanics problems in underground engineering and tunnels
Environmental geotechnical engineering and pollution soil treatment
AI and machine learning methods in geotechnical mechanics

Track 3: Slope Stability and Landslide Prevention
Analysis methods and theories of slope stability
Mechanism and evolution laws of slope deformation and failure
Slope instability induced by rainfall, earthquakes and human activities
Evaluation and control technology of high and steep slopes
Design and reinforcement technology of slope support structures
Anchor technology and prestress detection of anchor cables
Drainage and water interception technology of slopes
Identification, monitoring and early warning technology of landslides
Risk assessment and zoning of landslide disasters
Design and construction of landslide prevention engineering
Emergency management and disposal of landslide disasters
Numerical simulation and simulation of slope engineering
Remote sensing and Internet of Things technology in slope monitoring
...