Dashty’s research pioneers advanced methods for tension monitoring in bolted connections in offshore wind turbines, addressing key challenges in structural health monitoring. A central novelty of his work lies in the creation of mathematical models that accurately describe the transverse vibrations of bolts as a function of their tension states. By leveraging insights from mode veering phenomena and structural dynamics, he refines these models to optimize bolt geometries, such as protruding lengths, which significantly enhance sensitivity to tension variations. Dashty’s work combines experimental validation with data-driven methodologies to address the inherent uncertainties in tension monitoring. His research aims to provide a robust and practical solution for vibration-based tension estimation, improving the reliability and safety of bolted connections.