Research Group
This page presents an overview of the Computational Structural Engineering Research Group and its graduate research activities. The group's research integrates computational mechanics, adaptive finite element methods, structural optimization, nonlinear structural dynamics, earthquake engineering, fluidβstructure interaction, artificial intelligence, and scientific software development. Graduate research within the group is conducted through close collaboration between students and supervisor, combining methodological developments with practical engineering applications.
Research Areas
Graduate research projects carried out within the group span a broad range of topics, organized within the following four principal research themes:
Student Supervision
Graduate supervision has always been an integral component of my academic activities. Over the years, numerous MSc and PhD students have completed research within the Computational Structural Engineering Research Group in areas including computational mechanics, adaptive finite element analysis, structural optimization, nonlinear structural dynamics, earthquake engineering, artificial intelligence, GPU computing, structural control, and related fields. The statistics below are generated automatically from the research database and are updated whenever new student records are added.
Current Students
The following MSc and PhD students are performing their research under supervision.
Current PhD Students
Current MSc Students
Former Graduate Students
The following MSc and PhD students successfully completed their research under supervision.
Former PhD Students
Former MSc Students
Prospective Graduate Students
Highly motivated applicants interested in pursuing MSc or PhD research in computational structural engineering are welcome to contact me before applying. Prospective students are encouraged to review the research areas, publications, and software resources presented throughout this website to identify topics that match their academic interests and research goals.


