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Why choose this course?
This Course provides a solid foundation in classical and modern physics, including mathematical, experimental, and computational methods. The curriculum covers key topics such as quantum mechanics, nuclear and subnuclear physics, condensed matter physics, and astrophysics. Some activities are offered in collaboration with the research institutions within the Trieste System.
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Educational objectives
This Course aims to teach students to use scientific instrumentation proficiently, to exploit a range of data analysis techniques, and, in general, about the scientific method, from theoretical models to experimental verification. These skills enable graduates to pursue further studies in physics or to enter work environments related to research and technology.
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Career prospects
Graduates will be able to find employment in public or private research sectors, with roles related to, for example, data analysis, technological and industrial applications, equipment management, the study of environmental phenomena, and energy sources. Other career prospects include teaching and scientific outreach.
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Final examination and degree
Graduates obtain a bachelor’s degree (EQF 6) which certifies the skills acquired by the student, valid at national level and also recognised at an international level. The final mark is given out of 110. The final examination consists of an individual written thesis, presented and discussed in the form of a public seminar before a committee of three faculty members.
The full contents relating to the course description will be published shortly.