土木及環境工程學系相關活動
土木及環境工程學系 (CIVL)
PHD in Civil Engineering - An Information-Driven and AI-Enhanced Framework for Structured Innovation in Construction Value Engineering
Civil Engineering Departmental Seminar
- Research Insights and Perspectives of Urban Digital Twins
Civil Engineering Departmental Seminar
- Engineering AI - Towards Future Engineers
PHD in Civil Engineering - Enhancing Reliability and Efficiency of Upfront Embodied Carbon Assessment Leveraging openBIM, LLM, DES, and Blockchain
PHD in Civil Engineering - Earthquake-Triggered Landslide Impacts: Prompt Assessment and Cascading Effects
PHD in Civil Engineering - Development of Sustainable Binder for Land Reclamation Utilizing Solid Waste
Civil Engineering Departmental Seminar
- Accelerating natural hazards research through shared computation: Applications in earthquake and wind engineering
Civil Engineering Departmental Seminar
- Stochastic Damage Mechanics of Concrete: Recent Progress and Future Perspective
PHD in Civil Engineering - Orthogonal Decomposition for Data-Informed Wind Event Simulation and Analysis
Civil Engineering Departmental Seminar
- AI-Empowered Performance-Based Wind Engineering
PHD in Civil Engineering - Deep Learning for Short-range Urban Air Temperature Forecasting: Bridging and Understanding Multi-scale Data
PHD in Civil Engineering - Resilient Planning and Management of Transit Network under Disruption
Civil Engineering Departmental Seminar
- An Optimist’s View and Behavioural Insights into Mobility-as-a-Service
PHD in Civil Engineering - Multiscale Modeling of Coupled Thermo-hydro-mechanical Behavior in Granular Media
Civil Engineering Departmental Seminar
- From net-zero carbon neighborhoods to net-zero carbon cities: synergistic integration of solar energy systems and nature-based solutions for climate positive cities
MPhil in Civil Engineering - The factors controlling marine low clouds Across Multiple Timescales
Civil Engineering Departmental Seminar
- Discrete Element Modeling of Bucket Drum-Lunar Regolith Interactions
MPhil in Civil Engineering - Optimizing Task Scheduling for Efficient and Ergonomic Human-Robot Collaboration in Construction Tasks
