◕ Foundation Engineering

Improvement Techniques for Soft Ground / Soft Soil Stabilization Techniques

Design and Risk Assessment of Deep Excavation Support Systems / Retaining Structures

Dynamic Response of Foundations and Seismic Effects / Seismic Soil-Structure Interaction

Prediction and Control of Foundation Settlement / Ground Settlement Analysis and Mitigation

Sustainable and Environmentally Friendly Ground Improvement Materials / Green Stabilization Binders

Bearing Capacity and Settlement Analysis of Foundations

Ground Improvement Techniques / Foundation Treatment Methods

Soil-Structure Interaction

◕ Slope Engineering and Stability

Slope Stability Assessment Methods / Evaluation Techniques

Slope Stabilization and Retention Techniques / Support Systems

Slope Deformation Monitoring and Early Warning Systems

Influence of Rainfall and Climate Change on Slope Stability

Slope Reinforcement Techniques and Innovative Materials

Intelligent Monitoring and Health Assessment of Slopes

Effect of Freeze-Thaw Cycles on Slope Properties and Mitigation Measures

Mechanisms and Prevention/Control of Earthquake-Induced Landslides

◕ Underground Structures and Space Engineering

Tunneling and Shield Tunneling Technologies

Aseismic Design and Strengthening of Underground Structures / Seismic Resilience

Design and Construction of Diaphragm Walls

Deformation Monitoring and Intelligent Early Warning for Underground Structures

Collaborative Development of Underground Space Clusters / Integrated Utilization

Tunnel Structure Design and Construction Methodologies

Groundwater-Structure Interaction

◕ Rock Mechanics and Engineering Geology

Failure Mechanisms and Mechanical Behavior of Rock Masses

Multi-Scale Experimental Investigations in Rock Mechanics

Identification and Mitigation of Engineering Geological Hazards

Rock Fracture Mechanics and Fragmentation Mechanisms

Hydro-Mechanical Coupling Behavior and Failure Mechanisms

Determination and Back-Analysis of Physico-Mechanical Parameters of Rock Masses

Rock Mass Stability Under Complex Geological Conditions

Geological Hazard Prediction, Risk Prevention, and Control

◕ Intelligent and Digital Geotechnical Engineering

Big Data Analysis and Applications in Geotechnical Engineering

Application of Digital Twin Technology in Geotechnical Engineering

Integrated Monitoring Techniques Using UAVs (Drones) and Sensors

Geotechnical Information Modeling (GeoBIM) and Digital Twins

Sensor Technologies and Wireless Monitoring Systems

Application of Big Data and AI in Predicting Geotechnical Properties

Application of Remote Sensing and UAV Technology in Geo-Hazard Monitoring

Intelligent Construction and Robotics in Geotechnical Engineering