In this page you’ll find a brief summary of my curriculum, you can download the complete version here.

Experience

Thesis student

Location: Fermilab, Chicago, United States
Date: 30/06/2024 – 25/09/2024

  • For the HL-LHC, the CMS tracker will be upgraded. I worked with the CMS Outer Tracker group to finalize the analysis of a test beam and a paper on a PS module tested at Fermilab in 2023.
  • This is also the main topic of my master’s thesis.

Tutor for the course: General Physics 1

University of Padua, Engineering Department
Location: Padua, Italy
Date: 02/2024 – 06/2024

  • Conducted one 2-hour lesson per week for construction engineering students, focused on the General Physics 1 exam.
  • Lessons included exercises (both basic and advanced) covering theoretical topics in classical mechanics taught by the professor in ordinary lessons.

Tutor for the course: General Physics 2

University of Padua, Physics and Astronomy Department
Location: Padua, Italy
Date: 10/2023 – 01/2024

  • Conducted one 2-hour lesson per week for astronomy students, focused on the General Physics 2 exam.
  • Lessons included exercises (both basic and advanced) covering theoretical topics in electromagnetism taught by the professor in ordinary lessons.

Intern

Location: Fermilab, Chicago, United States
Date: 29/07/2023 – 30/09/2023

  • Contributed to the CMS experiment, working with the outer tracker collaboration.
  • Conducted part of the data analysis for a test beam on new silicon sensors (strips and pixels) planned for installation during the high-luminosity phase at the LHC.

Education and Training

Master of Science in Physics of the Fundamental Interactions

DFA “G. Galilei”, University of Padua
Location: Padua, Italy
Date: 2022 – Present

  • Field(s) of Study: Experimental High Energy Physics
  • Main Courses: Theoretical Physics of the Fundamental Interactions, Advanced Physics Laboratories, Nuclear and Subnuclear Physics

Bachelor of Science in Physics

DFA “G. Galilei”, University of Padua
Location: Padua, Italy
Date: 2019 – 2022

  • Final Grade: 109/110
  • Thesis: Measurements of b-meson oscillations with the CMS detector
  • GPA: 28.34/30
  • Main Courses: Classical and Quantum Mechanics, Electromagnetism, Nuclear and Subnuclear Physics, Advanced Programming

High School

Liceo Scientifico Vito Volterra
Location: Fabriano, Italy
Date: 2014 – 2019

  • Final Grade: 100/100 with honours