· Stability Analysis of Hydraulic Geotechnical Engineering

· Seepage and Seepage Control Technology

· Geomechanical Issues of High Dams and Deep-buried Tunnels

· Environmental Geotechnics and Geological Disaster Prevention and Mitigation

· Application of Digital and Intelligent Technologies

· Ground Improvement Techniques in Hydraulic Engineering

· Eco-friendly Geotechnical Engineering Design

· Multi-objective Optimization in Geotechnical and Hydraulic Engineering

· Modern Hydraulic Engineering Theory and Technology

· Water Resources Optimization Management and Scheduling

· Water Resources Management and Sustainable Utilization

· Hydraulic Engineering Planning and Construction Technology

· Hydrological Processes, Modeling, and Prediction

· Flood Control and Flood Risk Management

· Structural Safety, Durability, and Maintenance

· Ecological Hydraulic Engineering and Environmental Protection

· Intelligent, Smart, and Digital Water Conservancy

· Water Quality Monitoring and Pollution Control

· Groundwater Development and Management

· Integrated Watershed Management and Resource Coordination

· New Materials, Structural Design, and Equipment Technology

· Sediment Processes and Sediment Control Technologies

· Climate Change Impacts and Adaptation Strategies

· Water Resources Recycling and Water Conservation Technologies

· Agricultural Water Conservancy and Irrigation Technologies

· Safety Management and Operation Maintenance of Hydraulic Facilities

· Hydraulic Engineering Economics, Law, and Policy Research

· Green and Low-Carbon Hydraulic Technologies

· Intelligent Monitoring and Big Data Applications in Water Conservancy

· Water Resources and Environmental Remote Sensing Monitoring

· Interdisciplinary Research and Frontier Development in Hydraulic Engineering