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The Master's Degree Program in Physics is designed to provide a deep and up-to-date specialized education across all sectors of contemporary physics. The specific educational objectives of the program aim to train graduates who:
- Possess a thorough understanding of classical, relativistic, and quantum physics, encompassing phenomenological and theoretical aspects, their mathematical formalization, and numerical modeling. - Have solid knowledge of technologies and analytical methods for processing large amounts of structured and unstructured, and even heterogeneous, data. - Are equipped with training that can easily adapt to technological and scientific innovations, applying scientific research methods to the modeling of complex systems, even in fields beyond traditional physics. Specifically, the degree program aims to achieve the following objectives: - Provide a solid cultural foundation in the fields of experimental and applied physics; theoretical and foundational physics; microphysics and material structure; astrophysics, geophysics, and space physics. - Offer advanced scientific and operational training with significant expertise in at least one of the following areas: Astrophysics, Biophysics, Accelerator Physics, Plasma Physics, Complex Systems Physics, Nuclear Physics, Condensed Matter Physics, Applied Physics for Medicine, Physics for Cultural Heritage, Experimental Particle Physics and Fundamental Interactions, Environmental Physics, Electronics, History and Teaching of Physics, Quantum Technologies, Theory of Fundamental Interactions, Models and Methods of Theoretical Physics, and Quantum Computing. - Prepare graduates with a strong aptitude for problem-solving. - Train graduates capable of describing natural phenomena rigorously using a mathematical-statistical approach, and of working autonomously, including taking managerial responsibility for projects. - Equip graduates with tools for high-level scientific communication and dissemination. - Prepare graduates with solid expertise in both content and methodologies for teaching. These educational objectives are tailored to provide Physics graduates with a curriculum suitable for: - Admission to third-level education programs, such as doctoral studies, medical physics specialization schools, and second-level master's programs. - Entry into the workforce with qualifications for high-level professional roles involving research and development in science- and technology-based sectors (e.g., energy, electronics, mechanics, materials, telecommunications, environment, cultural heritage, medicine) or areas requiring data analysis and modeling of complex phenomena using scientific methods (e.g., economics and finance). The program's educational offerings are closely linked to the research lines in physics developed at the university, ensuring students achieve solid scientific preparation and expertise in specific fields. The academic pathway includes lectures, exercises, laboratory work, elective courses, participation in seminars, and internships. The program also includes related disciplines alongside in-depth English language proficiency. The program covers the following learning areas: - Experimental Physics Area for Specialized Training: To deepen knowledge in one of the specialized sectors listed above, aligned with the student's interests and the program's educational objectives. - Theoretical Physics and Mathematical Physics Area: To advance knowledge in the foundational, theoretical, and mathematical aspects of physics, including advanced mathematics and methodologies for teaching technologies. - Physics Laboratory Area for Research: Comprising advanced laboratory courses that typically provide access to instrumentation used by faculty and researchers in fundamental and applied research. The program concludes with the preparation of a thesis, which may be carried out in university facilities or at external institutions such as qualified research entities, companies in the technological sector, organizations focused on environmental and/or cultural heritage preservation, hospitals, or banks. The thesis results are presented orally before a dedicated committee. The degree program offers a choice of curricula: 1. A curriculum allowing the selection of courses focused on a specific area of physics, such as those listed above. 2. A curriculum offering a more uniform coverage of different fields, oriented toward teaching and scientific dissemination.
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ITALIAN
Programme overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
General and Specific Educational Objectives
The Master's Degree Program in Physics is designed to provide a deep and up-to-date specialized education across all sectors of contemporary physics. The specific educational objectives of the program aim to train graduates who:
- Possess a thorough understanding of classical, relativistic, and quantum physics, encompassing phenomenological and theoretical aspects, their mathematical formalization, and numerical modeling. - Have solid knowledge of technologies and analytical methods for processing large amounts of structured and unstructured, and even heterogeneous, data. - Are equipped with training that can easily adapt to technological and scientific innovations, applying scientific research methods to the modeling of complex systems, even in fields beyond traditional physics. Specifically, the degree program aims to achieve the following objectives: - Provide a solid cultural foundation in the fields of experimental and applied physics; theoretical and foundational physics; microphysics and material structure; astrophysics, geophysics, and space physics. - Offer advanced scientific and operational training with significant expertise in at least one of the following areas: Astrophysics, Biophysics, Accelerator Physics, Plasma Physics, Complex Systems Physics, Nuclear Physics, Condensed Matter Physics, Applied Physics for Medicine, Physics for Cultural Heritage, Experimental Particle Physics and Fundamental Interactions, Environmental Physics, Electronics, History and Teaching of Physics, Quantum Technologies, Theory of Fundamental Interactions, Models and Methods of Theoretical Physics, and Quantum Computing. - Prepare graduates with a strong aptitude for problem-solving. - Train graduates capable of describing natural phenomena rigorously using a mathematical-statistical approach, and of working autonomously, including taking managerial responsibility for projects. - Equip graduates with tools for high-level scientific communication and dissemination. - Prepare graduates with solid expertise in both content and methodologies for teaching. These educational objectives are tailored to provide Physics graduates with a curriculum suitable for: - Admission to third-level education programs, such as doctoral studies, medical physics specialization schools, and second-level master's programs. - Entry into the workforce with qualifications for high-level professional roles involving research and development in science- and technology-based sectors (e.g., energy, electronics, mechanics, materials, telecommunications, environment, cultural heritage, medicine) or areas requiring data analysis and modeling of complex phenomena using scientific methods (e.g., economics and finance). The program's educational offerings are closely linked to the research lines in physics developed at the university, ensuring students achieve solid scientific preparation and expertise in specific fields. The academic pathway includes lectures, exercises, laboratory work, elective courses, participation in seminars, and internships. The program also includes related disciplines alongside in-depth English language proficiency. The program covers the following learning areas: - Experimental Physics Area for Specialized Training: To deepen knowledge in one of the specialized sectors listed above, aligned with the student's interests and the program's educational objectives. - Theoretical Physics and Mathematical Physics Area: To advance knowledge in the foundational, theoretical, and mathematical aspects of physics, including advanced mathematics and methodologies for teaching technologies. - Physics Laboratory Area for Research: Comprising advanced laboratory courses that typically provide access to instrumentation used by faculty and researchers in fundamental and applied research. The program concludes with the preparation of a thesis, which may be carried out in university facilities or at external institutions such as qualified research entities, companies in the technological sector, organizations focused on environmental and/or cultural heritage preservation, hospitals, or banks. The thesis results are presented orally before a dedicated committee. The degree program offers a choice of curricula: 1. A curriculum allowing the selection of courses focused on a specific area of physics, such as those listed above. 2. A curriculum offering a more uniform coverage of different fields, oriented toward teaching and scientific dissemination.
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ITALIAN
Admission Requirements
4+
42+
Admission requirements: Bachelor's graduates in Physics (degree class L-30 and corresponding class pursuant to Ministerial Decree 509/99) can access the Master's degree programme in Physics. Those who have a Bachelor's degree in another class can also access the programme, provided they have earned - 24 CFU, i.e. university credits, in the scientific-disciplinary sectors (SSD) FIS/01-08, of which at least 12 in FIS/02 and at least 6 in total in FIS/03, FIS/04, FIS/05; - 20 CFU in the scientific-disciplinary sectors (SSD) MAT/01-09 Those who have obtained an equivalent qualification abroad can also access the programme, provided that they prove to meet skills requirements. Proficiency in English at a B1 level or higher under the Common European Framework of Reference for Languages (CEFR) is required for admission.
2 Years
Oct
Tuition fees
International
156 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
Main Campus, Milan, Italy
# 151-200QS Subject Rankings
24 monthsProgramme duration
156 EURTuition Fee/year
Physics and AstronomyMain Subject Area
Programme overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
General and Specific Educational Objectives
The Master's Degree Program in Physics is designed to provide a deep and up-to-date specialized education across all sectors of contemporary physics. The specific educational objectives of the program aim to train graduates who:
- Possess a thorough understanding of classical, relativistic, and quantum physics, encompassing phenomenological and theoretical aspects, their mathematical formalization, and numerical modeling. - Have solid knowledge of technologies and analytical methods for processing large amounts of structured and unstructured, and even heterogeneous, data. - Are equipped with training that can easily adapt to technological and scientific innovations, applying scientific research methods to the modeling of complex systems, even in fields beyond traditional physics. Specifically, the degree program aims to achieve the following objectives: - Provide a solid cultural foundation in the fields of experimental and applied physics; theoretical and foundational physics; microphysics and material structure; astrophysics, geophysics, and space physics. - Offer advanced scientific and operational training with significant expertise in at least one of the following areas: Astrophysics, Biophysics, Accelerator Physics, Plasma Physics, Complex Systems Physics, Nuclear Physics, Condensed Matter Physics, Applied Physics for Medicine, Physics for Cultural Heritage, Experimental Particle Physics and Fundamental Interactions, Environmental Physics, Electronics, History and Teaching of Physics, Quantum Technologies, Theory of Fundamental Interactions, Models and Methods of Theoretical Physics, and Quantum Computing. - Prepare graduates with a strong aptitude for problem-solving. - Train graduates capable of describing natural phenomena rigorously using a mathematical-statistical approach, and of working autonomously, including taking managerial responsibility for projects. - Equip graduates with tools for high-level scientific communication and dissemination. - Prepare graduates with solid expertise in both content and methodologies for teaching. These educational objectives are tailored to provide Physics graduates with a curriculum suitable for: - Admission to third-level education programs, such as doctoral studies, medical physics specialization schools, and second-level master's programs. - Entry into the workforce with qualifications for high-level professional roles involving research and development in science- and technology-based sectors (e.g., energy, electronics, mechanics, materials, telecommunications, environment, cultural heritage, medicine) or areas requiring data analysis and modeling of complex phenomena using scientific methods (e.g., economics and finance). The program's educational offerings are closely linked to the research lines in physics developed at the university, ensuring students achieve solid scientific preparation and expertise in specific fields. The academic pathway includes lectures, exercises, laboratory work, elective courses, participation in seminars, and internships. The program also includes related disciplines alongside in-depth English language proficiency. The program covers the following learning areas: - Experimental Physics Area for Specialized Training: To deepen knowledge in one of the specialized sectors listed above, aligned with the student's interests and the program's educational objectives. - Theoretical Physics and Mathematical Physics Area: To advance knowledge in the foundational, theoretical, and mathematical aspects of physics, including advanced mathematics and methodologies for teaching technologies. - Physics Laboratory Area for Research: Comprising advanced laboratory courses that typically provide access to instrumentation used by faculty and researchers in fundamental and applied research. The program concludes with the preparation of a thesis, which may be carried out in university facilities or at external institutions such as qualified research entities, companies in the technological sector, organizations focused on environmental and/or cultural heritage preservation, hospitals, or banks. The thesis results are presented orally before a dedicated committee. The degree program offers a choice of curricula: 1. A curriculum allowing the selection of courses focused on a specific area of physics, such as those listed above. 2. A curriculum offering a more uniform coverage of different fields, oriented toward teaching and scientific dissemination.
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ITALIAN
Programme overview
Main Subject
Physics and Astronomy
Degree
MSc
Study Level
Masters
Study Mode
On Campus
General and Specific Educational Objectives
The Master's Degree Program in Physics is designed to provide a deep and up-to-date specialized education across all sectors of contemporary physics. The specific educational objectives of the program aim to train graduates who:
- Possess a thorough understanding of classical, relativistic, and quantum physics, encompassing phenomenological and theoretical aspects, their mathematical formalization, and numerical modeling. - Have solid knowledge of technologies and analytical methods for processing large amounts of structured and unstructured, and even heterogeneous, data. - Are equipped with training that can easily adapt to technological and scientific innovations, applying scientific research methods to the modeling of complex systems, even in fields beyond traditional physics. Specifically, the degree program aims to achieve the following objectives: - Provide a solid cultural foundation in the fields of experimental and applied physics; theoretical and foundational physics; microphysics and material structure; astrophysics, geophysics, and space physics. - Offer advanced scientific and operational training with significant expertise in at least one of the following areas: Astrophysics, Biophysics, Accelerator Physics, Plasma Physics, Complex Systems Physics, Nuclear Physics, Condensed Matter Physics, Applied Physics for Medicine, Physics for Cultural Heritage, Experimental Particle Physics and Fundamental Interactions, Environmental Physics, Electronics, History and Teaching of Physics, Quantum Technologies, Theory of Fundamental Interactions, Models and Methods of Theoretical Physics, and Quantum Computing. - Prepare graduates with a strong aptitude for problem-solving. - Train graduates capable of describing natural phenomena rigorously using a mathematical-statistical approach, and of working autonomously, including taking managerial responsibility for projects. - Equip graduates with tools for high-level scientific communication and dissemination. - Prepare graduates with solid expertise in both content and methodologies for teaching. These educational objectives are tailored to provide Physics graduates with a curriculum suitable for: - Admission to third-level education programs, such as doctoral studies, medical physics specialization schools, and second-level master's programs. - Entry into the workforce with qualifications for high-level professional roles involving research and development in science- and technology-based sectors (e.g., energy, electronics, mechanics, materials, telecommunications, environment, cultural heritage, medicine) or areas requiring data analysis and modeling of complex phenomena using scientific methods (e.g., economics and finance). The program's educational offerings are closely linked to the research lines in physics developed at the university, ensuring students achieve solid scientific preparation and expertise in specific fields. The academic pathway includes lectures, exercises, laboratory work, elective courses, participation in seminars, and internships. The program also includes related disciplines alongside in-depth English language proficiency. The program covers the following learning areas: - Experimental Physics Area for Specialized Training: To deepen knowledge in one of the specialized sectors listed above, aligned with the student's interests and the program's educational objectives. - Theoretical Physics and Mathematical Physics Area: To advance knowledge in the foundational, theoretical, and mathematical aspects of physics, including advanced mathematics and methodologies for teaching technologies. - Physics Laboratory Area for Research: Comprising advanced laboratory courses that typically provide access to instrumentation used by faculty and researchers in fundamental and applied research. The program concludes with the preparation of a thesis, which may be carried out in university facilities or at external institutions such as qualified research entities, companies in the technological sector, organizations focused on environmental and/or cultural heritage preservation, hospitals, or banks. The thesis results are presented orally before a dedicated committee. The degree program offers a choice of curricula: 1. A curriculum allowing the selection of courses focused on a specific area of physics, such as those listed above. 2. A curriculum offering a more uniform coverage of different fields, oriented toward teaching and scientific dissemination.
PLEASE NOTE THAT THIS PROGRAMME IS ENTIRELY TAUGHT IN ITALIAN
Admission Requirements
Proficiency in English at a B1 level or higher under the Common European Framework of Reference for Languages (CEFR) is required for admission.
Tuition fees
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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