Engineering Physics — Politecnico di Milano, Milano

Il piano degli esami

Curricula: F2A - Photonic and Quantum technologies, F2B - Quantum materials and Nanophysics, F2C - Micro- and nano-systems, F2D - Mathematics and Physics for Quantum Engineering. Qui sotto: F2A - Photonic and Quantum technologies.

1° anno

• Semiconductor photonics — 5 CFU
• Photonics and radiometry — 5 CFU
• Solid state physics — 10 CFU
• Electronics — 10 CFU
• Integrated photonics — 5 CFU
• Meta photonics — 5 CFU
• 5 CFU a scelta tra (scegli 5 CFU): Numerical methods for engineering 5 CFU; Meccanica analitica 5 CFU; Applied statistics 5 CFU
• 10 CFU a scelta tra (scegli 10 CFU): Digital systems design 10 CFU; Systems theory (nonlinear dynamics) 5 CFU; Data mining 5 CFU; Artificial neural networks and deep learning 5 CFU; Streaming data analytics 5 CFU; Online learning applications 5 CFU
• Gruppi ENG, PHYS-1, PHYS-2, MATH, MAN, SOFT, INT (scegli 10 CFU): Digital systems design 10 CFU; Electron devices 10 CFU; Functional materials 5 CFU; Mems and microsensors 10 CFU; Microstructural characterisation of materials 5 CFU; Optical measurements 5 CFU; Physical properties of molecular materials 5 CFU; Quantum circuits and devices 5 CFU; Sensor systems 5 CFU; Systems theory (nonlinear dynamics) 5 CFU; Functional and nanostructured materials 10 CFU; Advanced and model predictive control 10 CFU; Biochip 5 CFU; Control of robotic manipulators 5 CFU; Electronics and electroacoustics for sound engineering - module 2: electroacoustics for sound engineering 5 CFU; Electronics design for biomedical instrumentation 10 CFU; Fission reactor physics 10 CFU; Fondamenti di robotica 5 CFU; High intensity lasers for nuclear and physical applications ii 5 CFU; Machine learning 5 CFU; Microcontrollori 5 CFU; Microelectronic technologies 5 CFU; Molecular modeling of materials 5 CFU; Natural resources management 10 CFU; Nuclear techniques for the analysis of materials 5 CFU; Photonic computing 5 CFU; Radiation detection systems 5 CFU; Science and engineering for the conservation of cultural heritage 5 CFU; Smart wearables design and prototyping 5 CFU; Software architectures for wearable and pervasive systems 5 CFU

2° anno

• Thesis work — 15 CFU
• 20 CFU a scelta tra (scegli 20 CFU): Physics and applications of ultrafast processes (c.i.) 10 CFU; Physics of ultrafast processes 5 CFU; Applications of ultrafast processes 5 CFU; Biophotonics (c.i.) 10 CFU; Optical microscopy 5 CFU; Biomedical optics 5 CFU; Quantum optics and quantum technologies (c.i.) 10 CFU; Quantum optics and information 5 CFU; Atom optics and quantum technologies 5 CFU; Methods for multimodal functional evaluation of the central nervous system 5 CFU; Applications of optical microscopy in biomedicine 5 CFU
• Gruppi ENG, PHYS-1, PHYS-2, MATH, MAN, SOFT, INT (scegli 20 CFU): Digital systems design 10 CFU; Electron devices 10 CFU; Functional materials 5 CFU; Mems and microsensors 10 CFU; Microstructural characterisation of materials 5 CFU; Optical measurements 5 CFU; Physical properties of molecular materials 5 CFU; Quantum circuits and devices 5 CFU; Sensor systems 5 CFU; Systems theory (nonlinear dynamics) 5 CFU; Functional and nanostructured materials 10 CFU; Advanced and model predictive control 10 CFU; Biochip 5 CFU; Control of robotic manipulators 5 CFU; Electronics and electroacoustics for sound engineering - module 2: electroacoustics for sound engineering 5 CFU; Electronics design for biomedical instrumentation 10 CFU; Fission reactor physics 10 CFU; Fondamenti di robotica 5 CFU; High intensity lasers for nuclear and physical applications ii 5 CFU; Machine learning 5 CFU; Microcontrollori 5 CFU; Microelectronic technologies 5 CFU; Molecular modeling of materials 5 CFU; Natural resources management 10 CFU; Nuclear techniques for the analysis of materials 5 CFU; Photonic computing 5 CFU; Radiation detection systems 5 CFU; Science and engineering for the conservation of cultural heritage 5 CFU; Smart wearables design and prototyping 5 CFU; Software architectures for wearable and pervasive systems 5 CFU