Ascolta

 

LM-17 – PHYSICS 

LM 17 - FISICA

 

Educational Objectives – Professional Opportunities for Graduates

Students of this degree course will learn how to promote and develop scientific and technological innovation and apply technologies to physics-related subjects in the following fields:

 - Industry;

 - Environment;

 - Healthcare;

 - Cultural Heritage;

 - Computer Science;

 - Public Administration.

The course content is divided into the following curriculum strands: Biophysics, Physics of Matter, Theoretical Physics, Astrophysics and Applied Physics.

The coursework is structured to achieve the following learning goals:

 - a good command of scientific research methods;

 - a thorough grounding of classical and modern Physics;

 - advanced knowledge of modern measurement tools, data analysis techniques and mathematical and computer aids;

 - advanced scientific and operational knowledge of disciplines of Physics;

 - an ability to work in a completely independent way, and fill roles of responsibility in groups and operational projects;

 - an ability to use the prior competences in modelling complex systems in the field of basic and applied sciences.

Graduates of this course may find professional opportunities in:

 - Universities and research centres;

 - Research and development branches in the advanced technology industry dealing with Electronics, ICT, innovative and nanostructured materials, Optics, Biotechnologies, Optoelectronics and Space-related activities;

 - Professional laboratories in the various branches of Physics such as Radioprotection, Medical Physics, analysis of materials of historical and artistic interest, acquisition and elaboration of environmental data;

 - Agencies for environmental control;

 - Technical-commercial branches of the service sector and public administration;

 - Advanced scientific or technological research activities;

 - Diffusion of the scientific culture.

 

Ascolta

Educational Programme

 

Curriculum: Astrophysics

1st Year	Credits
Complements of Quantum Mechanics	6
Complements of Structure of Matter	6
Astrophysics Laboratory	6
Mathematical Methods of Physics	6
Radiation-Matter Interaction	6
Statistical Physics	6
Numerical Simulations in Physical Processes	6
Physics of the Universe	6
General Physics- Laboratory	6
Elective Activities	6
2nd Year	Credits
Astrophysics	6
Competences related to the Labour Market	2
High Energy Astrophysics with Laboratory	6
Elective Activities	6
Final Examination	40

 

 

 

 

Curriculum: PHYSICS OF MATTER

1st YEAR	credits
Complements of Quantum Mechanics	6
Complements of Structure of Matter	6
Mathematical Methods of Physics	6
Radiation-Matter Interaction	6
Statistical Physics	6
Numerical Simulations in Physical Processes	6
General Physics - Laboratory	6
Condensed State Physics	6
Elective Activities	6
Group of Optional Educational Activities	6
2nd YEAR	credits
Competences Related to the Labour Market	2
Elective Activities	6
Group of Optional Educational Activities	12
Final Examination	40

 

 

Optional Educational Activities 1	credits
Physics of Biosystems	6
Physics of Matter – Laboratory	6
Theory of Fields	6
Advanced Quantum Mechanics	6
Biophysics with Laboratory	6

 

 

Optional Educational Activities 2	credits
Molecular Spectroscopy	6
Quantum Optics	6