Physics Bachelor

Laboratory courses provide hands-on experience with the scientific method, using state-of-the-art instruments for measuring physical quantities and analyzing data. The courses offer the opportunity for internships in industry.

Career opportunities

More than 90% of students who complete the Physics degree program in Genoa continue their studies with a master's degree.

100% (Almalaurea 2016) of master's degree graduates in Physics in Genoa are in paid employment three years after graduation. The program opens the door to scientific research, teaching, and industrial employment. The following sectors require physicists: energy, transportation, space and defense, biomedical, information technology, and nanotechnology.

What you will learn

classical physics

the principles of mechanics, thermodynamics and electromagnetism

modern physics

quantum mechanics and the theory of relativity

build physical models

to offer a conceptual representation of a phenomenon

work in the laboratory

take measurements, analyze them, evaluate their reliability and interpret them

problem solving

weave together multidisciplinary skills to solve complex problems

work in a group

study, design and carry out experiments together

The Physics degree program allows you to gain familiarity with the scientific method of inquiry and a solid cultural background in the various fields of classical and modern physics. You will explore the fundamental laws of physics and encounter the main phenomenological and applied mathematical models.

Experimental capabilities

You'll spend many hours in the laboratory, where you'll have an initial exposure to the experimental method. There, you'll learn to use cutting-edge technology and analyze large data sets with the aid of computer tools. Interpreting and presenting results is a key aspect of experimental work, which you'll learn to approach with a critical mind and clear presentation.

Mathematical skills

The study of classical and modern physics requires an adequate knowledge of mathematics in its fundamental, algebraic, geometric, and analytical structures, as well as the main computational, analytical, numerical, and simulation tools.

Applied research capacity

Alongside its cultural objectives, the professionalizing goal of the degree program is to provide graduates with adequate skills to operate in various research and development fields, in the environmental, energy, transportation, medical and healthcare sectors, cultural heritage, and scientific communication.