Electronics Engineering — Politecnico di Milano, Milano

Il piano degli esami

1° anno

• Analog circuit design — 10 CFU
• Electronic systems — 10 CFU
• Signal recovery — 10 CFU
• 10 CFU a scelta tra (scegli 10 CFU): Mems and microsensors 10 CFU; Electron devices 10 CFU
• 10 CFU a scelta tra (scegli 10 CFU): Digital integrated circuit design 10 CFU; Rf circuit design 10 CFU
• 5 CFU a scelta tra (scegli 5 CFU): Biochip 5 CFU; Digital electronic systems design 5 CFU
• Gruppo TAB1 (scegli 5 CFU): Advanced operating systems 5 CFU; Advanced optics and lasers 10 CFU; Analog and digital holography 5 CFU; Applied ai in biomedicine 5 CFU; Artificial neural networks and deep learning 5 CFU; Automation and control in autonomous vehicles 5 CFU; Bioingegneria del sistema motorio 5 CFU; Design and implementation of mobile applications 5 CFU; High-tech startups: creating and scaling up 5 CFU; Nanoelectronics of graphene and related 2d materials 5 CFU; Numerical analysis for machine learning 10 CFU; Optical measurements 5 CFU; Physics and technology of optical materials 5 CFU; Professional workshop swt 6 CFU; Radar imaging 5 CFU; Semiconductor qubits 5 CFU; Signal processing and learning 10 CFU; Sistemi per l'automazione e la comunicazione industriale 5 CFU; Digital communication 10 CFU; Methods & applications of ai in biomedicine [i.c.] 10 CFU; Model identification and data analysis 10 CFU; Advanced circuit theory 5 CFU; Advanced computer architectures 5 CFU; Automation and control in electric and hybrid vehicles 5 CFU; Computer-assisted optical system design 5 CFU; Control of robotic manipulators 5 CFU; Cryptography and architectures for computer security 5 CFU; Design of hardware accelerators 5 CFU; Electromagnetic compatibility c 5 CFU; Electronic technologies and biosensors laboratory 5 CFU

2° anno

• Thesis and final exam — 20 CFU
• 10 CFU a scelta tra (scegli 10 CFU): Mixed-signal circuit design 10 CFU; Power electronics 10 CFU
• Gruppo TAB1 (scegli 10 CFU): Advanced operating systems 5 CFU; Advanced optics and lasers 10 CFU; Analog and digital holography 5 CFU; Applied ai in biomedicine 5 CFU; Artificial neural networks and deep learning 5 CFU; Automation and control in autonomous vehicles 5 CFU; Bioingegneria del sistema motorio 5 CFU; Design and implementation of mobile applications 5 CFU; High-tech startups: creating and scaling up 5 CFU; Nanoelectronics of graphene and related 2d materials 5 CFU; Numerical analysis for machine learning 10 CFU; Optical measurements 5 CFU; Physics and technology of optical materials 5 CFU; Professional workshop swt 6 CFU; Radar imaging 5 CFU; Semiconductor qubits 5 CFU; Signal processing and learning 10 CFU; Sistemi per l'automazione e la comunicazione industriale 5 CFU; Digital communication 10 CFU; Methods & applications of ai in biomedicine [i.c.] 10 CFU; Model identification and data analysis 10 CFU; Advanced circuit theory 5 CFU; Advanced computer architectures 5 CFU; Automation and control in electric and hybrid vehicles 5 CFU; Computer-assisted optical system design 5 CFU; Control of robotic manipulators 5 CFU; Cryptography and architectures for computer security 5 CFU; Design of hardware accelerators 5 CFU; Electromagnetic compatibility c 5 CFU; Electronic technologies and biosensors laboratory 5 CFU
• 10 CFU a scelta tra (scegli 10 CFU): Microelectronic technologies 5 CFU; Radiation detection systems 5 CFU; Electronics design for biomedical instrumentation 10 CFU
• Gruppi TAB2, TAB1 (scegli 10 CFU): Data acquisition systems 5 CFU; Electron devices 10 CFU; Mems and microsensors 10 CFU; Mixed-signal circuit design 10 CFU; Power electronics 10 CFU; Quantum circuits and devices 5 CFU; Reliability design 5 CFU; Rf systems 10 CFU; Sensor systems 5 CFU; Antennas 5 CFU; Biochip 5 CFU; Digital electronic systems design 5 CFU; Digital integrated circuit design 10 CFU; Electronics and electroacoustics for sound engineering - module 1: electronics for sound engineering 5 CFU; Electronics and electroacoustics for sound engineering - module 2: electroacoustics for sound engineering 5 CFU; Electronics design for biomedical instrumentation 10 CFU; Em wave propagation for space-borne systems 5 CFU; Microelectronic technologies 5 CFU; Microwave engineering 5 CFU; Photonic computing 5 CFU; Photonic devices 10 CFU; Radiation detection systems 5 CFU; Rf circuit design 10 CFU; Smart wearables design and prototyping 5 CFU; Wireless and mobile propagation 5 CFU; Electronics and electroacoustics for sound engineering 10 CFU; Advanced operating systems 5 CFU; Advanced optics and lasers 10 CFU; Analog and digital holography 5 CFU; Applied ai in biomedicine 5 CFU