Overview

The educational objectives include:

• mastery of physical and mathematical methods for modeling and analyzing systems;
• practical knowledge of modern laboratory instruments and techniques for acquiring and processing experimental data;
• basic understanding of computational and IT methods;
• the ability to manage scientific research and technological innovation.

Physics graduates are provided with a solid and broad education, enabling them to continue their academic journey smoothly, first in a Master’s Degree program and then in a PhD program.

The teaching methods include lectures, exercises, midterm assessments, laboratory work, and internships at research laboratories or companies. Discover which subjects you’ll study by visiting the Courses page.

Graduates of the Bachelor’s Degree will have the knowledge, skills, and flexibility to enable their rapid integration into the workforce in sectors such as electronics, information technology, energy, biomedicine, manufacturing, cultural heritage, environmental protection and sustainability, and economic fields.

The Degree Program prepares graduates for professions such as:

The Bachelor’s Degree provides opportunities to enroll in a Master’s Degree in Physics or Master’s Degrees in: Exploration and Applied Geophysics, Materials and Nanotechnology, or Nuclear Engineering.

Read also:

• the employment profile of Bachelor’s graduate in Physics from Alma Laurea
• the profile of Physics graduates from Unipi
• the Degree program description on the UniPi website
• the Degree Program regulations