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BSc in Physics Engineering
The Study Programme in Physics Engineering trains professionals with a solid engineering background and in-depth training in the most innovative areas of applied physics.
Transforming scientific knowledge into new technology and transferring innovation into the production system is a pressing need for many companies. To meet this need, this program prepares engineers with a solid foundation and, at the same time, in-depth skills in condensed matter physics, photonics, and physics-based technologies, enabling them to operate in environments characterized by a high level of technological innovation. This approach is particularly suited to students who have a predilection for basic subjects, appreciate their experimental side, and are interested in high-tech applications.
The program trains innovation engineers who use their solid physics and engineering background to create new and useful technologies: from innovative materials to lasers, from sensors to energy and research instruments. After graduation, they work where the ideas of the future are born, in technology companies, research laboratories, and innovation centers, combining theory, experimentation, and real-world applications. The Bachelor’s Degree in Engineering Physics educates professionals with a strong engineering background and in-depth expertise in the most innovative areas of applied physics.
The Study Program in Ingegneria Fisica offers a solid foundation in physics, mathematics, chemistry, and computer science, complemented by significant engineering training in electronics, mechanics, automation, and energy.
Specifically, the program lasts three years (180 university credits). The first year focuses on the study and understanding of basic scientific and engineering principles (mathematics, physics, chemistry, computer science, and telecommunications). The second year consolidates quantitative and experimental training, deepening the knowledge of engineering disciplines (particularly electronics, mechanics, automation, and energy) and introducing topics in modern physics (Introduction to Quantum Physics). The third year explores the core areas of the program, such as the microscopic structure of matter, materials properties, and the use of light for their characterization. Enabling technologies such as photonics, micro- and nanofabrication, electron microscopy, and optical system design are introduced, and theoretical-computational and laboratory skills are strengthened. The third-year program includes a preparatory track, designed for those intending to continue their studies with a master's degree, and an applied track, which includes a company internship.
Learning is enhanced by experimental laboratories that allow students to address real-world problems and apply the theoretical knowledge they have acquired. Specifically, the final exam for students who have chosen the preparatory program can be completed through hands-on participation in an experimental activity at one of the department's research laboratories (design laboratory).
The natural progression for graduates in Ingegneria Fisica is to pursue a Master's degree program, particularly in Engineering Physics and Nuclear Engineering. Access to Master's degree programs is subject to the relevant admission regulations. However, their solid foundation and broad engineering education allow graduates to easily access various Master's degree programs in Engineering and other scientific and technological disciplines, both in Italy and abroad, or to first level master's programs.
A small percentage of graduates in Engineering Physics decide to enter the workforce directly without continuing their university studies.
The career opportunities for graduates are broad and diverse and include, particularly after completing a master's degree in Engineering Physics. The main opportunities in industry and research are:
Basic and applied research at universities and public and private research institutions, both nationally and internationally.
Industrial research and development in high-tech sectors, where physical principles are translated into industrial products and applications.
Strategic and technological consulting in companies operating in innovation and the development of new technologies.
Emerging sectors of the knowledge economy, with key roles in the high-tech industry.
Graduates in Ingegneria Fisica find opportunities in various technological fields, such as photonics, semiconductor and advanced materials (e.g., superconductors), telecommunications, biomedical applications, energy production, and environmental sustainability.
Upon passing the State Examination, graduates can register with the Professional Association of Engineers, thus obtaining the title of Junior Engineer.
General info: info-dfis@polimi.it
Study Programme Coordinator: giacomo.ghiringhelli@polimi.it
Study Programme Secretary: giuseppe.dellavalle@polimi.it
Educational and organizational secretariat: daniela.rossi@polimi.it; giusi.calia@polimi.it
Professors in charge for student career
Student Representatives: rappresentantistudenti-ccsfisica@polimi.it