3rd Croatian Conference on Earthquake Engineering 3CroCEE

Post-earthquake damage assessment is a critical process carried out by engineers and emergency responders to evaluate structural safety and guide decision-making in the aftermath of seismic events. Traditional training methods face limitations such as restricted access to real damaged structures, safety risks, and high logistical costs. This paper presents the progress of an ongoing project that leverages Extended Reality (XR) technologies to enhance the training of experts in post-earthquake damage assessment. Conducted in collaboration with the University of Zagreb’s Faculty of Civil Engineering, the Croatian Centre for Earthquake Engineering (CCEE), and the LINKS Foundation, the project integrates immersive virtual reality (VR) simulations to provide realistic training environments. The development includes high-fidelity 3D models of earthquake-damaged structures, a virtual learning platform, and scenario-based training modules to improve knowledge retention, safety, and decision-making skills. The paper discusses the methodological approach, implementation phases, and preliminary results of the VR-based training pilot, emphasizing its potential to standardize and enhance post-earthquake assessment procedures.