I am currently a first-year Ph.D. student specializing in Mathematical Models for Engineering, Electromagnetism, and Nanoscience at Sapienza University. My academic journey commenced with a Bachelor's degree in Polymer Engineering, complemented by seven years of hands-on experience in Research and Development within the Medical Industry. This tenure honed my understanding of material behaviors, particularly polymers like PVC.
Driven by a fervent passion for exploration, I pursued a Master's degree in Nanotechnology, augmenting my expertise in nano-scale phenomena and refining my programming acumen in languages such as Fortran, LAMMPS, and Matlab. My thesis, titled "Microfluid Dynamic in Complex Viscoelastic Material," afforded me the opportunity to amalgamate my comprehension of viscoelastic rheology with the equations of motion, leveraging the Fluctuation-Dissipation theorem.
I am characterized by ambition, diligence, adeptness in team collaboration, and an insatiable appetite for learning and tackling novel challenges. Throughout my Ph.D. program, I am dedicated to delving into the Atomistic insights concerning the structural, mechanical, and electronic properties of graphene oxides, thereby contributing to the advancement of this cutting-edge field. Additionally, I aspire to enhance my proficiency in computational modeling techniques and further develop my skills in scientific writing and communication, aiming to disseminate research findings effectively within the scientific community.