(The following topics include but are not limited to)
Track 1: Architectural Design
Architectural form design, space organization and environmental integration
Green architectural design concepts, evaluation systems (LEED, BREEAM, WELL)
Passive buildings, zero-energy buildings and capacity design architecture
Building natural ventilation, lighting, shading and energy-saving design
Application of Building Information Modeling (BIM) in the entire life cycle design
Historical building protection, renovation and adaptive reuse design
Parametric design, algorithm generation and performance-driven design
Type-specific design innovations for public buildings, residential buildings, educational buildings, etc.
Track 2: Construction Engineering
Modern construction and intelligence
Innovative materials and green technologies
Digitalization and BIM
Construction safety management
Sustainable construction
Complex environmental engineering Project Management
High-rise and underground engineering
AI and drone applications
Improvement of construction efficiency
Modularization and recycling
Engineering structure
High-rise buildings and large-span structures
Bridge engineering and load analysis
Track 3: Structural seismic resistance
Seismic waves, seismic load analysis
Seismic tests and analysis
Isolation and damping barriers
Structural seismic design
Earthquake signal detection
Principles of structural seismic design calculation
Seismic design of concrete structure buildings
Seismic design of masonry structure buildings
Seismic design of steel structure buildings
Seismic design of concrete beam bridges
Structural isolation technology
Design of structural seismic reinforcement and renovation
Structural dynamic analysis
Earthquake calculations, wall bearing capacity verification, etc. ...