(covering but not limited to the following topics)
Track 1: Resilient Cities
Design of Resilient Transportation, Energy, and Water Systems
Smart City Technologies and Resilience Enhancement
Response Strategies for Extreme Climate Events
Climate Adaptability Design of Urban Infrastructure
Resilience Planning for Natural Disasters such as Earthquakes and Typhoons
Urban Infrastructure Resilience
Big Data and Urban Resilience Management
Environmental Safety Assessment and Resilience Design
Climate Change and Urban Resilience
Digital Resilience and Smart Cities
Urban Social Space Construction
Natural-based Solutions for Urban Ecosystem Services
Low-Carbon Cities and Carbon Neutrality Paths
Risk Modeling of Climate Change for Engineering Projects
Engineering Resilience Planning for Disaster-prone Areas
Track 2: Intelligent Construction
Building Information Modeling Digital Twin
System integration
Structural Health Monitoring
Engineering monitoring Intelligent perception
Real-time monitoring
Intelligent optimization
Sensor technology
Embedded system
Wireless communication
Risk prediction
Early warning
System environment modeling
Track 3: Renewable Energy
Solar power generation
Wind energy conversion, biomass thermochemical conversion
Geothermal utilization
Hydrogen-based energy system
Ammonia-based energy system
Fuel cell optimization
Multi-energy complementarity
Renewable energy prediction
Energy material enhancement
Application of nanomaterials in clean energy