Physical sciences for innovative technologies — Università degli Studi di Milano-Bicocca, Milano

Laurea triennale, classe L-30. Accesso: programmato locale. Lingua: Inglese.

Il piano degli esami

Linear algebra — 6 CFU
Physical modelling and simulations — 6 CFU
Fundamentals of physics — 12 CFU
Test di valutazione della preparazione iniziale — ? CFU
Physical methods for innovative technologies — 12 CFU
Chemistry — 6 CFU
Calculus — 15 CFU
A scelta (scegli 3 CFU): Further linguistic knowledge - german - B2 level (or higher) 3 CFU; Further linguistic knowledge - french - B2 level (or higher) 3 CFU; Further linguistic knowledge - italian - A2 level (or higher) 3 CFU; Further linguistic knowledge - english - C1 level (or higher) 3 CFU; Further linguistic knowledge - spanish - B2 level (or higher) 3 CFU; Further skills for job placement 3 CFU

Structure of matter — 6 CFU
Mathematical methods for applied physics — 6 CFU
Electricity and magnetism — 9 CFU
Innovation and sustainability — 6 CFU
Laboratory for computational and applied physics — 15 CFU
Quantum physics for technological applications — 12 CFU
6 CFU subjects to choose from - 2nd year (scegli 6 CFU): Modern optics 6 CFU; Microelectronics for physics technologies 6 CFU; Advanced statistical analysis 6 CFU
Free choice of the student (scegli 12 CFU): Microelectronics for physics technologies 6 CFU; Modern optics 6 CFU; Advanced statistical analysis 6 CFU; Fusion and plasma physics 6 CFU; Nanofabrication methods and characterization 6 CFU; Introduction to cryogenics and superconducting devices 6 CFU; Energy technology laboratory 9 CFU; Machine learning 6 CFU; Elements of ai embedded systems 6 CFU; Fission technologies 6 CFU; Laboratory for data acquisition techniques in physics 9 CFU; Solar energy systems 6 CFU; Energy vectors and storage 6 CFU; Power electronics 6 CFU; Data processing for imaging detectors 6 CFU; Quantum technology laboratory 9 CFU; Light technologies for quantum applications 6 CFU; Sviluppo sostenibile, agenda ONU 2030 6 CFU; Chosen activities taken during the erasmus period 12 CFU

Advanced structure of matter — 6 CFU
Device physics — 12 CFU
Traineeship — 6 CFU
Final examination — 3 CFU
21 CFU AREA TO BE CHOSEN - 3rd year (scegli 21 CFU): Solar energy systems 6 CFU; Energy technology laboratory 9 CFU; Fission technologies 6 CFU; Fusion and plasma physics 6 CFU; Energy vectors and storage 6 CFU; Light technologies for quantum applications 6 CFU; Introduction to cryogenics and superconducting devices 6 CFU; Nanofabrication methods and characterization 6 CFU; Quantum technology laboratory 9 CFU; Power electronics 6 CFU; Elements of ai embedded systems 6 CFU; Machine learning 6 CFU; Laboratory for data acquisition techniques in physics 9 CFU; Data processing for imaging detectors 6 CFU
Extra courses - according to (facoltativo): Energy vectors and storage 6 CFU; Machine learning 6 CFU; Microelectronics for physics technologies 6 CFU; Solar energy systems 6 CFU; Introduction to cryogenics and superconducting devices 6 CFU; Elements of ai embedded systems 6 CFU; Fusion and plasma physics 6 CFU; Power electronics 6 CFU; Fission technologies 6 CFU; Quantum technology laboratory 9 CFU; Data processing for imaging detectors 6 CFU; Light technologies for quantum applications 6 CFU; Energy technology laboratory 9 CFU; Modern optics 6 CFU; Advanced statistical analysis 6 CFU; Laboratory for data acquisition techniques in physics 9 CFU; Nanofabrication methods and characterization 6 CFU