Educational philosophy, courses, and student mentorship
"My teaching philosophy centers on bridging the gap between theoretical knowledge and practical application. I believe in cultivating students' critical thinking abilities through project-based learning, encouraging them to tackle real-world engineering challenges using cutting-edge digital technologies. By integrating industry experiences into classroom teaching, I aim to prepare students not just for their first job, but for lifelong careers in the rapidly evolving field of civil engineering and digital construction."
Comprehensive coverage of Building Information Modeling fundamentals, interoperability standards, and practical applications in construction management. Students learn to create, manage, and apply BIM models throughout the project lifecycle.
Advanced course on digital twin theory, implementation strategies, and applications in infrastructure operation and maintenance. Covers sensor integration, data analytics, and predictive maintenance.
Principles and practices of structural health monitoring systems, including sensor technologies, data acquisition, signal processing, and damage detection algorithms for civil infrastructure.
Emerging technologies in construction automation, including construction robotics, automated quality inspection, AI-driven project management, and human-robot collaboration in building construction.
Technical principles of 3D laser scanning, point cloud data processing, registration algorithms, and applications in as-built documentation, quality control, and deformation monitoring.
Supervising 3 Ph.D. candidates in the areas of digital twins, structural health monitoring, and intelligent construction. Graduated 2 Ph.D. students who are now faculty members at top universities.
Supervised 15+ master's students with thesis topics ranging from BIM implementation to AI applications in construction. Several students received outstanding thesis awards.
Mentored international students from Germany, Pakistan, and Middle East countries. Collaborative research has resulted in high-impact SCI publications.
Guided undergraduate research projects and graduation designs. Students have won awards in national competitions including the Challenge Cup and BIM application contests.
Recognized for outstanding teaching performance and innovative course design in digital construction technologies at Southeast University.
Awarded for the "BIM Technology and Applications" course design, integrating industry case studies with hands-on software training.
Supervised students winning 5+ national-level awards in innovation and entrepreneurship competitions related to smart construction and digital engineering.