The programme has the objective of preparing professionals with a solid engineering background and detailed knowledge in the application areas of modern physics (material physics, optics, lasers and physical technologies and instrumentation). During the Bachelor of Science the student can decide on a professional activity aimed at applications of interest in the Information sector, with particular reference to photonics and radiation-matter interaction; or on a professional activity within the scope of issues of interest to the industrial sector, with particular reference to material physics.

The graduate in Physics Engineering can be employed in all sectors where advanced technologies such as lasers and their applications, photonics, vacuum applications, materials technology and biomedical optics are developed.

The following information relate to the current academic year for your reference

Tracks and courses (a.y. 2021/2022)

Programme description (a.y. 2021/2022)

Subject to evaluation of their curriculum, graduates in Physical Engineering can continue their studies in related fields such as Engineering Physics and Nuclear Engineering. With admission always subject to an evaluation, graduates may choose other Laurea Magistrale (equivalent Master of Science) programmes or 1^st level Specializing Masters.