The MS aims to discuss latest approaches related to modeling, analysis, and implementation of innovative materials and advanced structural systems used in vibration control and energy harvesting applications. Examples include piezoelectric devices, wave energy converter (WEC) systems, oscillating water columns (OWC), nano- and micro-electromechanical systems (NEMS and MEMS), small-scale composites, micro-structured materials, engineered continua design, tuned dampers (TDs), magneto-rheological elastomers (MREs), and dielectric elastomers (DEs), in the context of deterministic or stochastic dynamic regimes. In this context, contributions offering new insights, scientific discussions, and in-depth analyses of enhanced formulations and methodologies are encouraged, covering also novel constitutive relations, linear and nonlinear viscoelasticity models, nonlocal continuum mechanics, plasticity, and damage. Contributions from materials science, solid mechanics, and structural dynamics are especially welcomed. Speakers may focus on theoretical aspects, computational techniques, modeling approaches, interpretation of experimental data, and simulation challenges.