Projects

Overview

Dr. Pan’s research projects have been funded by several major research grants which aim to develop next-generation smart, resilient, and sustainable structures. The main research grants are listed below:

• PI, Research Start-up Fund. The Hong Kong University of Science and Technology, 2024-2029
• Co-I, Smart automated AI-driven digital construction using Rogers 5G network. Mitacs, Rogers Communication, 2024-2026
• Co-I, Design and assessment of high-performance reusable modular wood panel structures. Mitacs, 2024-2025

Research Projects

1. AI and digital twin-supported structural health monitoring

Postdisaster structural damage and performance assessment

Damage detection of steel structures

Damage detection of concrete and masonry structures

Bolt loosening assessment

UAV-supported inspection

UGV-supported inspection

2. Design and assessment of innovative structures using advanced numerical simulation and experimental testing technologies

Digital twin-aided structural experimental testing

Digital twin-aided finite element modelling

Design and assessment of inerter devices for seismic control

Design and assessment of metallic dampers for seismic control

Design and assessment of frameless steel corrugated systems

Nonlinear control algorithms for dynamic shake table tests

3. AI and digital twin-supported construction automation

Automation in construction monitoring

Advanced control methods for construction automation