ELECTRONIC ENGINEERING
Second cycle degree course
Links condivisione social
The Master’s Degree in Electronic Engineering provides advanced training in the design, development, and management of systems, products, applications, and services in the fields of electronics, signal processing and transmission, including in space environments, and photonics.
The program emphasizes methodological aspects and generalizes the theoretical frameworks introduced during the Bachelor's Degree. This approach enables graduates to analyze and solve “new” problems that are not specifically addressed in the course but arise due to the ongoing scientific and technological evolution in their careers.
The educational path also offers specific competencies in the use of modern experimental tools, numerical simulation, and design techniques, which are widely used for problem analysis in advanced electronic engineering. Most of the coursework is conducted in English, and the program attracts a diverse international student body, creating a multicultural learning environment.
Overview of the program
Duration
2 years
Credits
Language
English
Access
Not Restricted Access
Teaching method
On-campus
Coordinator of the course
Lodovico Ratti
Area
Engineering
Degree class
LM-29 - Electronic engineering
Location
PAVIA - University of Pavia
Department
DEPARTMENT OF ELECTRICAL,COMPUTER AND BIOMEDICAL ENGINEERING
Year of study:
1
Compulsory
- ADVANCED MATHEMATICAL AND NUMERICAL METHODS FOR ENGINEERS 9 CFU - 70 hours 1st semester
- ANALOG INTEGRATED CIRCUITS 9 CFU - 88 hours 1st semester
- DIGITAL IC DESIGN 6 CFU - 56 hours 2nd semester
- ELECTRONIC INSTRUMENTATION AND TECHNOLOGIES 9 CFU - 76 hours 2nd semester
- INTEGRATED CIRCUIT DEVICES 9 CFU - 77 hours 1st semester
- INTRODUCTION TO QUANTUM MECHANICS 3 CFU - 23 hours 1st semester
- MICROWAVES 9 CFU - 86 hours 2nd semester
- RF MICROELECTRONICS 9 CFU - 82 hours 2nd semester
Year of study:
2
Compulsory
- ANALOG-DIGITAL INTERFACE CIRCUITS 6 CFU - 64 hours
- MASTER THESIS 24 CFU - 0 hours
- ANTENNAS 6 CFU - 59 hours
- ELECTRO-OPTICAL INSTRUMENTATION 6 CFU - 52 hours
- INTEGRATED POWER MANAGEMENT 6 CFU - 46 hours
- MICROSENSORS, INTEGRATED MICROSYSTEMS AND MEMS 6 CFU - 52 hours
- STATISTICAL SIGNAL PROCESSING 6 CFU - 45 hours
- ADVANCED TOPICS IN MICROWAVE TECHNOLOGIES 3 CFU - 27 hours
- ENVIRONMENTAL ETHICS 3 CFU - 23 hours
- INDUSTRIAL TOPICS IN MICROELECTRONICS AND PHOTONICS 3 CFU - 30 hours
- ITALIAN LANGUAGE FOR FOREIGN STUDENTS 3 CFU - 23 hours
- PLANNING, MANAGEMENT AND SUPPLY OF GOODS AND SERVICES 3 CFU - 23 hours
- BIOELECTRONICS AND NEURAL INTERFACES 6 CFU - 60 hours
- APPLIED BIOELECTROMAGNETISM 6 CFU - 60 hours
- DIGITAL COMMUNICATIONS 6 CFU - 45 hours
- ELECTRO-OPTICAL INSTRUMENTATION 6 CFU - 52 hours
- FRONTIERS OF SPACEBORNE EARTH OBSERVATION 6 CFU - 49 hours
- INDUSTRIAL CONTROL 6 CFU - 64 hours
- INDUSTRIAL LASER APPLICATIONS AND SAFETY 6 CFU - 48 hours
- INTEGRATED PHOTONIC CIRCUITS 6 CFU - 72 hours
- INTEGRATED POWER MANAGEMENT 6 CFU - 46 hours
- INTERNET AND MULTIMEDIA 6 CFU - 46 hours
- INTRODUCTION TO QUANTUM TECHNOLOGIES 3 CFU - 23 hours
- MACHINE LEARNING FOR EARTH OBSERVATION DATA PROCESSING AND FUSION 3 CFU - 39 hours
- MICROSENSORS, INTEGRATED MICROSYSTEMS AND MEMS 6 CFU - 52 hours
- MICROWAVE MEASUREMENTS 6 CFU - 58 hours
- OPTICAL COMMUNICATIONS 6 CFU - 48 hours
- ORGANIZATION THEORY AND DESIGN 6 CFU - 50 hours
- PROCESS CONTROL 6 CFU - 45 hours
- RF IDENTIFICATION AND SENSING SYSTEMS 9 CFU - 93 hours
- RF IDENTIFICATION AND SENSING SYSTEMS - THEORY 6 CFU - 59 hours
- ROBOT CONTROL 6 CFU - 45 hours
- SATELLITE AND SPACE SYSTEMS 6 CFU - 60 hours
- SATELLITE DATA ANALYSIS 6 CFU - 45 hours
- BIOMEDICAL INSTRUMENTATION LM 6 CFU - 64 hours
- THERMAL MANAGEMENT FOR INDUSTRIAL AND SPACE APPLICATIONS 6 CFU - 56 hours
Year of study:
1
Compulsory
- ADVANCED MATHEMATICAL AND NUMERICAL METHODS FOR ENGINEERS 9 CFU - 70 hours 1st semester
- DIGITAL COMMUNICATIONS 6 CFU - 45 hours 2nd semester
- INTRODUCTION TO QUANTUM MECHANICS AND QUANTUM TECHNOLOGIES 6 CFU - 45 hours 1st semester
- MICROWAVES 9 CFU - 86 hours 2nd semester
- OPTICAL COMMUNICATIONS 6 CFU - 48 hours 2nd semester
- OPTOELECTRONIC DEVICES 9 CFU - 74 hours 1st semester
- QUANTUM ELECTRONICS AND NONLINEAR OPTICS 9 CFU - 94 hours 2nd semester
Notes
Choose an exam
- ANTENNAS 6 CFU - 59 hours 1st semester
- MICROSENSORS, INTEGRATED MICROSYSTEMS AND MEMS 6 CFU - 52 hours 1st semester
Year of study:
2
Compulsory
- ELECTRO-OPTICAL INSTRUMENTATION AND SENSING 9 CFU - 90 hours
- INDUSTRIAL LASER DESIGN 6 CFU - 45 hours
- INTEGRATED PHOTONIC CIRCUITS 6 CFU - 72 hours
- MASTER THESIS 24 CFU - 0 hours
- ADVANCED TOPICS IN MICROWAVE TECHNOLOGIES 3 CFU - 27 hours
- ENVIRONMENTAL ETHICS 3 CFU - 23 hours
- INDUSTRIAL TOPICS IN MICROELECTRONICS AND PHOTONICS 3 CFU - 30 hours
- ITALIAN LANGUAGE FOR FOREIGN STUDENTS 3 CFU - 23 hours
- PLANNING, MANAGEMENT AND SUPPLY OF GOODS AND SERVICES 3 CFU - 23 hours
- ANALOG-DIGITAL INTERFACE CIRCUITS 6 CFU - 64 hours
- ANTENNAS AND PROPAGATION 9 CFU - 81 hours
- BIOELECTRONICS AND NEURAL INTERFACES 6 CFU - 60 hours
- APPLIED BIOELECTROMAGNETISM 6 CFU - 60 hours
- FRONTIERS OF SPACEBORNE EARTH OBSERVATION 6 CFU - 49 hours
- HYPERSPECTRAL DATA PROCESSING 3 CFU - 23 hours
- INDUSTRIAL CONTROL 6 CFU - 64 hours
- INDUSTRIAL LASER APPLICATIONS AND SAFETY 6 CFU - 48 hours
- INTERNET AND MULTIMEDIA 6 CFU - 46 hours
- MACHINE LEARNING FOR EARTH OBSERVATION DATA PROCESSING AND FUSION 3 CFU - 39 hours
- MICROSENSORS, INTEGRATED MICROSYSTEMS AND MEMS 6 CFU - 52 hours
- MICROWAVE MEASUREMENTS 6 CFU - 58 hours
- BIOMEDICAL OPTOELECTRONICS 6 CFU - 52 hours
- ORGANIZATION THEORY AND DESIGN 6 CFU - 50 hours
- PROCESS CONTROL 6 CFU - 45 hours
- RETRIEVAL OF BIOPHYSICAL PARAMETERS FROM OPTICAL AND RADAR DATA 3 CFU - 23 hours
- RF IDENTIFICATION AND SENSING SYSTEMS 9 CFU - 93 hours
- RF IDENTIFICATION AND SENSING SYSTEMS - THEORY 6 CFU - 59 hours
- ROBOT CONTROL 6 CFU - 45 hours
- SAR DIFFERENTIAL INTERFEROMETRY AND TOMOGRAPHY 3 CFU - 23 hours
- SATELLITE AND SPACE SYSTEMS 6 CFU - 60 hours
- SATELLITE DATA ANALYSIS 6 CFU - 45 hours
- BIOMEDICAL INSTRUMENTATION LM 6 CFU - 64 hours
- THERMAL MANAGEMENT FOR INDUSTRIAL AND SPACE APPLICATIONS 6 CFU - 56 hours
Year of study:
1
Compulsory
- ADVANCED MATHEMATICAL AND NUMERICAL METHODS FOR ENGINEERS 9 CFU - 70 hours 1st semester
- ANTENNAS AND PROPAGATION 9 CFU - 81 hours 1st semester
- DIGITAL COMMUNICATIONS 6 CFU - 45 hours 2nd semester
- INTRODUCTION TO QUANTUM MECHANICS AND QUANTUM TECHNOLOGIES 6 CFU - 45 hours 1st semester
- MICROWAVES 9 CFU - 86 hours 2nd semester
- SATELLITE DATA ANALYSIS 9 CFU - 68 hours 1st semester
- STATISTICAL SIGNAL PROCESSING 6 CFU - 45 hours 2nd semester
Notes
Choose an exam
- RF IDENTIFICATION AND SENSING SYSTEMS 9 CFU - 93 hours 2nd semester
- RF MICROELECTRONICS 9 CFU - 82 hours 2nd semester
Year of study:
2
Compulsory
- FRONTIERS OF SPACEBORNE EARTH OBSERVATION 6 CFU - 49 hours
- MASTER THESIS 24 CFU - 0 hours
- MICROWAVE MEASUREMENTS 6 CFU - 58 hours
- SATELLITE AND SPACE SYSTEMS 6 CFU - 60 hours
- ADVANCED TOPICS IN MICROWAVE TECHNOLOGIES 3 CFU - 27 hours
- ENVIRONMENTAL ETHICS 3 CFU - 23 hours
- INDUSTRIAL TOPICS IN MICROELECTRONICS AND PHOTONICS 3 CFU - 30 hours
- ITALIAN LANGUAGE FOR FOREIGN STUDENTS 3 CFU - 23 hours
- PLANNING, MANAGEMENT AND SUPPLY OF GOODS AND SERVICES 3 CFU - 23 hours
- APPLIED BIOELECTROMAGNETISM 6 CFU - 60 hours
- ELECTRO-OPTICAL INSTRUMENTATION 6 CFU - 52 hours
- HYPERSPECTRAL DATA PROCESSING 3 CFU - 23 hours
- INDUSTRIAL CONTROL 6 CFU - 64 hours
- INDUSTRIAL LASER APPLICATIONS AND SAFETY 6 CFU - 48 hours
- INTERNET AND MULTIMEDIA 6 CFU - 46 hours
- INTRODUCTION TO QUANTUM MECHANICS AND QUANTUM TECHNOLOGIES 6 CFU - 45 hours
- MACHINE LEARNING FOR EARTH OBSERVATION DATA PROCESSING AND FUSION 3 CFU - 39 hours
- MICROSENSORS, INTEGRATED MICROSYSTEMS AND MEMS 6 CFU - 52 hours
- OPTICAL COMMUNICATIONS 6 CFU - 48 hours
- ORGANIZATION THEORY AND DESIGN 6 CFU - 50 hours
- PROCESS CONTROL 6 CFU - 45 hours
- PROCESSING OF MULTI-FREQUENCY SAR IMAGES 3 CFU - 23 hours
- REMOTE SENSING FOR WATER APPLICATIONS 3 CFU - 23 hours
- REMOTE SENSING FOR WILDFIRE APPLICATIONS 3 CFU - 23 hours
- RETRIEVAL OF BIOPHYSICAL PARAMETERS FROM OPTICAL AND RADAR DATA 3 CFU - 23 hours
- RF IDENTIFICATION AND SENSING SYSTEMS 9 CFU - 93 hours
- ROBOT CONTROL 6 CFU - 45 hours
- SAR DIFFERENTIAL INTERFEROMETRY AND TOMOGRAPHY 3 CFU - 23 hours
- BIOMEDICAL INSTRUMENTATION LM 6 CFU - 64 hours
- THERMAL MANAGEMENT FOR INDUSTRIAL AND SPACE APPLICATIONS 6 CFU - 56 hours