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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 transformation of scientific knowledge into new technologies and the transfer of innovation to the production system are essential needs for many industries. To meet this demand, the program prepares engineers with a solid foundational education, complemented with specialized knowledge in condensed matter physics, photonics, and physical technologies, enabling them to work in contexts characterised by a high degree of technological innovation. This approach is particularly suitable for those students who have a passion for basic subjects, while also appreciating the experimental dimension and have an interest in technological applications.
In detail, the study program provides a solid education on basic subjects, with courses in physics, mathematics, chemistry, and computer science, complemented by a comprehensive engineering preparation in electronics, mechanics, automation, and energy engineering. In the third year, students delve into specific program-related topics, with particular focus on radiation-matter interaction and photonics. Learning is further enhanced through experimental laboratories, available from the very first year, allowing students to tackle real-world problems and apply the theoretical knowledge acquired throughout their studies.
The natural progression for bachelor graduates in Engineering Physics is to pursue a Master’s Degree, particularly in Engineering Physics and Nuclear Engineering. However, the solid basic scientific preparation and the broad engineering education allow graduates to easily access different Master's degree courses in Engineering and in scientific and technological disciplines, both in Italy and abroad.
Finally, a small percentage of Engineering Physics graduates choose to enter the workforce directly without continuing their academic studies.
The program trains innovation engineers capable of managing and designing high-tech products and processes across various industrial sectors.
Career opportunities for Engineering Physics graduates are broad and diverse, particularly after completing a Master’s Degree in Engineering Physics, and include both industry and research:
Fundamental and applied research, at universities and public or private research institutions, both nationally and internationally.
Industrial research and development, in high-tech industries where physical principles are translated into industrial applications and products.
Strategic and technological consulting, in companies focused on innovation and new technology development.
Emerging sectors of the knowledge economy, with key roles in the high-tech industry.
Graduates in Engineering Physics can find job opportunities in various cutting-edge sectors, including Photonics, Semiconductor and advanced materials industry (e.g., superconductors), Communications and telecommunications, Biomedical applications, Energy production and environmental sustainability.
Finally, upon passing the State Examination, graduates can register with the Professional Association of Engineers, thus obtaining the title of Junior Engineer.
Programme overview
Main Subject
Engineering - General
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
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 transformation of scientific knowledge into new technologies and the transfer of innovation to the production system are essential needs for many industries. To meet this demand, the program prepares engineers with a solid foundational education, complemented with specialized knowledge in condensed matter physics, photonics, and physical technologies, enabling them to work in contexts characterised by a high degree of technological innovation. This approach is particularly suitable for those students who have a passion for basic subjects, while also appreciating the experimental dimension and have an interest in technological applications.
In detail, the study program provides a solid education on basic subjects, with courses in physics, mathematics, chemistry, and computer science, complemented by a comprehensive engineering preparation in electronics, mechanics, automation, and energy engineering. In the third year, students delve into specific program-related topics, with particular focus on radiation-matter interaction and photonics. Learning is further enhanced through experimental laboratories, available from the very first year, allowing students to tackle real-world problems and apply the theoretical knowledge acquired throughout their studies.
The natural progression for bachelor graduates in Engineering Physics is to pursue a Master’s Degree, particularly in Engineering Physics and Nuclear Engineering. However, the solid basic scientific preparation and the broad engineering education allow graduates to easily access different Master's degree courses in Engineering and in scientific and technological disciplines, both in Italy and abroad.
Finally, a small percentage of Engineering Physics graduates choose to enter the workforce directly without continuing their academic studies.
The program trains innovation engineers capable of managing and designing high-tech products and processes across various industrial sectors.
Career opportunities for Engineering Physics graduates are broad and diverse, particularly after completing a Master’s Degree in Engineering Physics, and include both industry and research:
Fundamental and applied research, at universities and public or private research institutions, both nationally and internationally.
Industrial research and development, in high-tech industries where physical principles are translated into industrial applications and products.
Strategic and technological consulting, in companies focused on innovation and new technology development.
Emerging sectors of the knowledge economy, with key roles in the high-tech industry.
Graduates in Engineering Physics can find job opportunities in various cutting-edge sectors, including Photonics, Semiconductor and advanced materials industry (e.g., superconductors), Communications and telecommunications, Biomedical applications, Energy production and environmental sustainability.
Finally, upon passing the State Examination, graduates can register with the Professional Association of Engineers, thus obtaining the title of Junior Engineer.
Admission Requirements
4+
3+
If you want to enrol in a course taught in Italian, you have to prove: proficiency in the Italian language, prior to enrolment. You can fulfil the language requirement, if you: are a citizen of either Italy or the Republic of San Marino or the Swiss Canton of Ticino; the information will be verified through the document of identification you uploaded to Online Services; or have a qualification, at least upper secondary school level, obtained in Italian; the Politecnico will verify the information with the school that awarded you the degree; or have an appropriate B2 level certification of proficiency in the Italian language issued by the CLIQ (Certificazione Lingua Italiana di Qualità). In this case, please upload the certification you have in the test registration and enrolment application. Proficiency in English is not an entry requirement, but it is necessary to continue and complete your Laurea (equivalent to Bachelor of Science) programme. If you do not provide evidence of proficiency in English, you will be assigned the OFA ENG (additional educational obligations for English), which entails certain career limitations. Engineering students: they sit the TENG at the same sitting as the Test on Line (TOL) admission test.
3 Years
Sep
Feb
Tuition fees
Domestic
167 EUR
International
167 EUR
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
Physics Engineering
Milano Leonardo, Milan,, Italy
36 monthsProgramme duration
167 EURTuition Fee/year
Sep, FebStarting Month
Programme overview
Main Subject
Engineering - General
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
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 transformation of scientific knowledge into new technologies and the transfer of innovation to the production system are essential needs for many industries. To meet this demand, the program prepares engineers with a solid foundational education, complemented with specialized knowledge in condensed matter physics, photonics, and physical technologies, enabling them to work in contexts characterised by a high degree of technological innovation. This approach is particularly suitable for those students who have a passion for basic subjects, while also appreciating the experimental dimension and have an interest in technological applications.
In detail, the study program provides a solid education on basic subjects, with courses in physics, mathematics, chemistry, and computer science, complemented by a comprehensive engineering preparation in electronics, mechanics, automation, and energy engineering. In the third year, students delve into specific program-related topics, with particular focus on radiation-matter interaction and photonics. Learning is further enhanced through experimental laboratories, available from the very first year, allowing students to tackle real-world problems and apply the theoretical knowledge acquired throughout their studies.
The natural progression for bachelor graduates in Engineering Physics is to pursue a Master’s Degree, particularly in Engineering Physics and Nuclear Engineering. However, the solid basic scientific preparation and the broad engineering education allow graduates to easily access different Master's degree courses in Engineering and in scientific and technological disciplines, both in Italy and abroad.
Finally, a small percentage of Engineering Physics graduates choose to enter the workforce directly without continuing their academic studies.
The program trains innovation engineers capable of managing and designing high-tech products and processes across various industrial sectors.
Career opportunities for Engineering Physics graduates are broad and diverse, particularly after completing a Master’s Degree in Engineering Physics, and include both industry and research:
Fundamental and applied research, at universities and public or private research institutions, both nationally and internationally.
Graduates in Engineering Physics can find job opportunities in various cutting-edge sectors, including Photonics, Semiconductor and advanced materials industry (e.g., superconductors), Communications and telecommunications, Biomedical applications, Energy production and environmental sustainability.
Finally, upon passing the State Examination, graduates can register with the Professional Association of Engineers, thus obtaining the title of Junior Engineer.
Programme overview
Main Subject
Engineering - General
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
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 transformation of scientific knowledge into new technologies and the transfer of innovation to the production system are essential needs for many industries. To meet this demand, the program prepares engineers with a solid foundational education, complemented with specialized knowledge in condensed matter physics, photonics, and physical technologies, enabling them to work in contexts characterised by a high degree of technological innovation. This approach is particularly suitable for those students who have a passion for basic subjects, while also appreciating the experimental dimension and have an interest in technological applications.
In detail, the study program provides a solid education on basic subjects, with courses in physics, mathematics, chemistry, and computer science, complemented by a comprehensive engineering preparation in electronics, mechanics, automation, and energy engineering. In the third year, students delve into specific program-related topics, with particular focus on radiation-matter interaction and photonics. Learning is further enhanced through experimental laboratories, available from the very first year, allowing students to tackle real-world problems and apply the theoretical knowledge acquired throughout their studies.
The natural progression for bachelor graduates in Engineering Physics is to pursue a Master’s Degree, particularly in Engineering Physics and Nuclear Engineering. However, the solid basic scientific preparation and the broad engineering education allow graduates to easily access different Master's degree courses in Engineering and in scientific and technological disciplines, both in Italy and abroad.
Finally, a small percentage of Engineering Physics graduates choose to enter the workforce directly without continuing their academic studies.
The program trains innovation engineers capable of managing and designing high-tech products and processes across various industrial sectors.
Career opportunities for Engineering Physics graduates are broad and diverse, particularly after completing a Master’s Degree in Engineering Physics, and include both industry and research:
Fundamental and applied research, at universities and public or private research institutions, both nationally and internationally.
Graduates in Engineering Physics can find job opportunities in various cutting-edge sectors, including Photonics, Semiconductor and advanced materials industry (e.g., superconductors), Communications and telecommunications, Biomedical applications, Energy production and environmental sustainability.
Finally, upon passing the State Examination, graduates can register with the Professional Association of Engineers, thus obtaining the title of Junior Engineer.
Admission Requirements
proficiency in the Italian language, prior to enrolment.
You can fulfil the language requirement, if you:
are a citizen of either Italy or the Republic of San Marino or the Swiss Canton of Ticino; the information will be verified through the document of identification you uploaded to Online Services; or have a qualification, at least upper secondary school level, obtained in Italian; the Politecnico will verify the information with the school that awarded you the degree; or have an appropriate B2 level certification of proficiency in the Italian language issued by the CLIQ (Certificazione Lingua Italiana di Qualità). In this case, please upload the certification you have in the test registration and enrolment application. Proficiency in English is not an entry requirement, but it is necessary to continue and complete your Laurea (equivalent to Bachelor of Science) programme. If you do not provide evidence of proficiency in English, you will be assigned the OFA ENG (additional educational obligations for English), which entails certain career limitations.
Engineering students: they sit the TENG at the same sitting as the Test on Line (TOL) admission test.
Tuition fees
Domestic
International
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
Scholarships to study abroad
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Scholarship Applications: Frequently Asked Questions
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