- Focus: Applied Mathematics-oriented Optimization, Modal Analysis, Simulation, Control, and RL.
I quattro errori: L'uomo è stato educato dai suoi errori: in primo luogo si vide sempre solo incompiutamente, in secondo luogo si attribuì qualità immaginarie, in terzo luogo si sentì in una falsa condizione gerarchica in rapporto all'animale e alla natura, in quarto luogo escogitò sempre nuove tavole di valori considerandole per qualche tempo eterne e incondizionate, di modo che ora questo, ora quello degli umani istinti e stati, venne a prendere il primo posto e in conseguenza di tale apprezzamento fu nobilato. Se si esclude dal computo l'effetto di questi quattro errori, si escluderà anche l'umanesimo, l'umanità e la dignità dell'uomo.
I thrive on new challenges and am driven by an endless curiosity. I enjoy taking on new experiences and pushing myself beyond my comfort zone, proving that, through hard work, I can accomplish tasks in a timely manner. What motivates me is not the path itself, but the commitment I bring to it. Alongside my studies, I am an all around sports and I enjoy get in touch with civic roles.
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Research focused on Lagrangian Mechanics, First Integrals, Qualitative Analysis of Motion, Weierstrass' theory, and Partial Differential Equations.
Elected university representative with over 1000 students voting.
Elected university representative with over 650 students voting.
Development of a reduced-order model (POD–Galerkin), aimed at efficiently simulating the quantum dynamics of an electron confined in a bi-crystal and subjected to time-varying electric fields.
Development of a data-driven reduced-order model, using the Fisher–KPP equation for predictive maintenance applications.
Dynamic analysis through experimental modal analysis, aimed at analyzing the modal behavior of the system.
Analysis aimed at validating the dynamic and modal behavior of the structure through the analysis of its FEM model.
Measurements and experimental modal analysis on a steel structure for the analysis of its modal behavior.
Application of Weierstrass theory to derive first integrals and effective potentials for celestial mechanics analysis