This research investigates the mechanical vibrations and acoustic behaviour of traditional musical instruments using computational and experimental methods. Finite Element Modelling (FEM) is employed to simulate structural vibrations and analyse how material properties, geometry, and structural interactions influence sound production. Experimental measurements are used to validate the numerical models, enabling a deeper understanding of resonance, vibrational modes, and acoustic performance. The study supports the preservation of traditional instruments while contributing to improved instrument design, acoustic optimisation, and cost-effective manufacturing through modern engineering techniques.

3DFY Maps is an AI-powered digital heritage platform that creates accurate 3D reconstructions of historical monuments and cultural sites from images and spatial data. By integrating computer vision, photogrammetry, and interactive visualization, the platform enables users to explore heritage structures through immersive digital models. It supports virtual tourism, cultural documentation, and heritage conservation while providing a scalable solution for preserving architectural assets and improving public accessibility to historical landmarks.