吳劉鵬飛

Prof. Liupengfei Wu is now an Assistant Professor in the School of Data Science at Lingnan University, HK. Before joining Lingnan University, he was a Research Assistant Professor in the iLab at The University of Hong Kong (HKU) and the National Center of Technology Innovation for Digital Construction (Hong Kong Branch). He holds a BEng (First Class Honors) in Civil and Structural Engineering from The University of Adelaide (G8 University, 2016), an MSc (Distinction) in Digital Construction (2018), and a PhD in Digital Engineering (2023), both from HKU.

Prof. Wu’s research spans data science, digital engineering (BIM, VR/AR, IoT, Blockchain, Smart Contracts, NFT, Agentic AI, and Generative AI), project management, and public policy for digital transformation. His work has been published in leading journals, including Advanced Engineering Informatics, Project Management Journal, ASCE Journal of Construction Engineering and Management, ASCE Journal of Management in Engineering, Automation in Construction, and Computers in Industry.

A recipient of multiple prestigious awards, Prof. Wu was recently honored with the Research and Knowledge Transfer Excellence Awards 2025 from Lingnan University and the Top Award 2025 from The Hong Kong Institute of Surveyors Outstanding Dissertation Awards. His distinguished accolades also include the Li Ka Shing Prize (2024), Best Theme Paper at iCCPMCE 2024, a Bronze Medal at the 48th International Exhibition of Inventions of Geneva (2023), the ASCE Best Peer-Reviewed Paper Award (2022), the Gold Award at the Hong Kong ICT Awards (2022), and being the Sole Winner in Professional Research at the buildingSMART International Awards (2021), among others. His innovations and scholarly contributions continue to advance the integration of emerging technologies in the built environment.

Prof. Wu's leadership is evidenced by his success in securing and managing a diverse and high-value research portfolio. His projects include a GRF-funded initiative on blockchain and zero-knowledge proofs for secure BIM access, multiple ITF grants such as the landmark "BIM Square" platform, and significant ITF-PSTS projects like "e-InStar 3.0" and "e-TranStar 2.0" for smart payments and transportation in Modular Integrated Construction (MiC). Furthermore, his applied research includes key consultation projects with the Hong Kong Housing Authority and with the Architectural Services Department on a blockchain-based e-inspection system for public housing, demonstrating a strong connection between his research and public sector application.

• Blockchain, Smart Contracts, NFT, Zero-Knowledge Proof;
• Agentic AI, AI Agents, Generative AI, Physical AI;
• Agentic AIoT;
• Construction Informatics;
• Governance, Ethical, Legal, and Social Implications (GELSI) of Digital Innovation and Technologies.

We invite highly motivated Ph.D. students to join our dynamic research group at Lingnan University's School of Data Science. If you are passionate about innovative research, I welcome you to explore this opportunity by contacting me at [email protected].

Ongoing Projects:

1. A Novel Blockchain Smart Contract and Zero-Knowledge Proof Approach for Accurate and Secure Access to Building Information Models for Multi-Stakeholder Collaboration. HK RGC General Research Fund (GRF). 36 months.
2. An Agentic AIoT and Large Language Model-based Framework for Vibration Monitoring and Reporting in Modular Construction Logistics. Seed Fund for Basic Research. 16 months.
3. e-InStar 3.0: Blockchain smart contract-based smart payment platform for MiC projects. Public Sector Trial Scheme (PSTS)- Innovation and Technology Fund (ITF). 18 months.
4. e-TranStar 2.0: i-Core-enabled Smart Just-in-Time MiC Transportation Planning (ITT/004/24LP).” Public Sector Trial Scheme (PSTS)- Innovation and Technology Fund (ITF). 24 months.
5. Generative DfX in high-rise modular building: An expert-augmented cascade graph learning and optimisation approach. RGC Collaborative Research Fund (CRF). 36 months.
6. Development and Implementation of Blockchain-based E-Inspection System for Light Public Housing. Building Technology Research Institute and Architectural Services Department. Contract Research. 12 months.
7. Study on “modular integrated construction (mic) trilogy” and its application in public housing development at Tak Tin Street, Kwun Tong. Hong Kong Housing Authority. Contract Research. 18 months.

Completed Projects:

1. High-Definition 3D Point Cloud and Dynamic Semantics Enabled Lean Quality Assurance System for Prefabricated Housing Products. Shenzhen-Hong Kong-Macau Technology Research Programme (Type C). 36 months.
2. “BIM Square”: Blockchain and i-Core-enabled Multi-stakeholder Building Information Modelling (BIM) Platform for Construction LSCM in Hong Kong (ITP/029/20LP). HK Innovation and Technology Fund (ITF). 24 months.
3. Development and Implementation of Blockchain-based E-Inspection System for Façade Management. Hip Hing. Contract Research. 12 months.
4. e-TranStar System for Offsite Construction – Case Study in IEC Boardwalk Joint Venture. Civil Engineering and Development Department. Contract Research. 12 months.