Renowned for his groundbreaking contributions to civil engineering, Prof. Vasilis Sarhosis is a luminary in the field of Resilient Structures & Infrastructure at the University of Leeds. His expertise lies in employing cutting-edge computational mechanics and remote sensing technologies to safeguard heritage buildings and extend their lifespan.

His expertise lies in structural health monitoring and the preservation of historical structures, where he applies computational mechanics and remote sensing technologies to extend the lifespan of heritage buildings. Prof. Sarhosis's leadership in projects focused on structural health monitoring demonstrates his unique ability to blend cutting-edge technology with traditional preservation techniques, making him a go-to expert in merging historical significance with contemporary engineering resilience.

Prof. Sarhosis's commitment to safeguarding cultural heritage through advanced engineering solutions positions him as a leading expert for those looking to merge the preservation of historical significance with contemporary engineering resilience.

Dr. Dimitrios Loverdos stands out in structural engineering with his expertise in masonry structures and digital preservation. With a keen focus on revolutionizing structural inspection practices, Dr. Loverdos brings advanced methodologies, including machine learning techniques, to evaluate aging infrastructure and enhance structural resilience.

With a Ph.D. in Civil Engineering from the University of Leeds, he brings a wealth of knowledge and experience to his field. Dr. Loverdos is dedicated to revolutionizing structural inspection practices, particularly in evaluating aging infrastructure using cutting-edge machine learning techniques. His work also extends to enhancing the resilience of masonry arch bridge infrastructure, showcasing his commitment to structural safety. An advocate for innovation, Dr. Loverdos pioneers research in structural health monitoring, employing sophisticated computer vision and deep learning methodologies.

Dr. Loverdos's contributions are widely recognized through his publications and presentations on the global stage, marking him as a significant force in advancing structural engineering and digital preservation.

Mr. Bowen Liu, a prominent researcher in masonry structure resilience, specializes in the three-dimensional behavior of historical landmarks. Currently pursuing his PhD at the University of Leeds, his work combines experimental work and numerical modeling to address modern structural engineering challenges.

With an MSc in Civil Engineering from Shanghai Jiao Tong University, Bowen's research focuses on understanding how historical masonry infrastructure responds to modern challenges, using advanced analysis techniques. As a RENKEI Early Career Research Fellow, he innovates risk assessment for climate-induced flood scenarios, contributing significantly to esteemed journals such as Engineering Structures.

Bowen Liu's innovative research and dedication to advancing masonry structure resilience not only mark him as a rising star in civil engineering but also as a key contributor to the future of structural engineering, where his insights promise to shape sustainable preservation efforts worldwide.