(The following topics include but are not limited to)
Track 1: BIM Technology
Water Conservancy Project BIM Modeling and Collaborative Design
Geology of Water Conservancy Projects
BIM Modeling of Hydraulic Structures, Metal Structures, and Mechanical and Electrical Equipment
Water Conservancy Project Information Integration and Visualization through BIM and GIS Fusion
Application of BIM in Water Conservancy Project Design Review, Clash Detection, and Construction Drawing Deepening
BIM 4D/5D Construction Simulation, Progress Control, and Cost Management
Application of BIM in Water Conservancy Project Bidding, Prefabricated Components, and Construction Management
Lightweight BIM Models, Data Exchange Standards (IFC, COBie), and Collaborative Platforms
Integration and Realization of BIM with Laser Scanning and Unmanned Aerial Vehicle Inclined Photography for Real-Scene Modeling
Track 2: Digital Twin
Development of Digital Twin Technology
Real-time Simulation and Modeling
Interactive Digital Twin Platform
Data Mining and Analysis Applications
Application of Digital Twin in Industries
System-level Digital Twin Architecture
Feedback Control and Optimization
Digital Twin Integration with Internet of Things
Integrated Engineering Practice of Virtual and Real Worlds
Digital Twin and Artificial Intelligence
Life Cycle Management and Digital Twin
Cloud Manufacturing and Digital Twin
Challenges of Digital Twin
Application of Digital Twin in the Transportation Field
Precision Manufacturing and Digital Twin
Track 3: Water Conservancy Projects
Water Conservancy Planning and Optimization
Sustainable Water Resources Management
Flood Risk Management
Environmental Impact Assessment
Soil and Water Conservation
Dam Safety Monitoring Urban water system
Hydroelectric power generation
Application of fluid mechanics
Rivers and ecological restoration
Hydrology and climate change ...