| Track 1: Civil and Structural Engineering | ||
|---|---|---|
| • Building Technology,Cartography and Geographic Information System • Coastal Engineering,Computational Mechanics • Construction and Control,Detection and Transformation • Disaster Prevention and Mitigation • Environment-Friendly Construction and Development • Geological Engineering,Geotechnical Engineering,Harbor Engineering |
• Hydraulic Engineering, Material Quality and Control • Metallic Structures;Monitoring and Control Of Structures • Reliability and Durability of Structures • Advanced Construction Materialsy • Architectural Design and Its Theory • Concrete Structures • Architectural Environment & Equipment Engineering | • Building Energy Saving Technology • Construction and Renewable Energy Sources • Safety and Monitoring:Sanitary and Ground Water Engineering • Heating, Gas Supply, Ventilation and Air Conditioning Works • Architecture and Building Materials |
| Track 2: Geotechnical Engineering | ||
| • Soil Dynamics • Soil Behavior and Geomechanics • Unsaturated Soil Mechanics • Seepage and Porous Mechanics • Ground Improvement • Deep Foundations |
• Rock mechanics and rock engineering • Geoenvironmental engineering • Geohazards & Earthquake engineering • Offshore geotechnics • Mining geotechnics • Sustainability in geotechnical engineering • Pavement materials and structures |
• Laboratory testing and field application methods • Geotechnical engineering hazards • Ground improvement and geosynthetics • Soil erosion and land degradation • Bio-mediated and bio-inspired geotechnical engineering • New space development |
| Track 3: Bridge and tunnel engineering | ||
| • Operations in Motorway tunnels • Construction methods for bridges • Motorway operations • Metro Tunnelling • Transportation and bridge tunnels • Channel dredging engineering and equipment • Cross-sea bridge construction technology and equipment |
• Highway subgrade pavement engineering • Road safety engineering • Railway and high speed railway engineering • Bridge foundation engineering • Road survey design • Principle and application of traffic intelligence detection • Transportation equipment and information engineering |
• Transportation energy and power engineering • Maglev rail transit • Road engineering materials • Transportation logistics engineering and equipment • Traffic environment and ecological restoration project |
| Track 4: Disaster Prevention and Mitigation | ||
| • Risk assessments of buildings and structures on hazard intensity and vulnerability • Structural design for disaster prevention • Post-disaster rehabilitation and reconstruction of buildings • Assessment of disaster-related damage • Reduction of vulnerability of urban areas: repairing shelters • Rehabilitation and restoration of major infrastructure |
• Construction project management for post-disaster reconstruction • Waste management and recycling after a disaster • Urban heat island and global climate issues • Disaster Prevention and Disaster Recovery • Security and risk management • Management practices at different phases of the disaster lifecycle |
• Financial management and governance for disaster mitigation • Tools and mechanism for post-disaster recovery • Risk reduction and continuity management • Effects of Multi-hazards on bridges (infrastructures) • Research and application of hazard mitigation of accessory components of bridges |
