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Information about Degree Courses
ELECTRONICS ENGINEERING
Study Programme Sheet
Type of Study Programme:
Master's Degree Programme
Academic Year:
2018/2019
Department:
Department of Information Engineering
Degree Class:
LM-29 - Electronic Engineering
Duration in years:
2
Credits:
120
Location:
BRESCIA
Type of access:
free access
Name of Study Programme - Italian:
INGEGNERIA ELETTRONICA
List of Courses
Course year: 1 - provided in 2018/2019
2D VISION SYSTEMS
-
6 credits
-
Characterising
-
Mandatory
-
First semester
ELECTRONIC CIRCUIT DESIGN
-
9 credits
-
Characterising
-
Mandatory
-
Second semester
APPLIED ECONOMICS IN ENGINEERING
-
6 credits
-
Related/Supplementary
-
Mandatory
-
First semester
SENSORS
-
9 credits - Attendance grouping
-
Mandatory
-
Second semester
ELECTRONIC DEVICES
-
6 credits
-
Characterising
-
Optional
-
Second semester
SMART SENSORS AND FIELDBUS
-
6 credits
-
Characterising
-
Optional
-
Second semester
CONDENSED MATTER PHYSICS
-
6 credits
-
Related/Supplementary
-
Optional
-
First semester
DATA-DRIVEN SYSTEM MODELLING
-
6 credits
-
Related/Supplementary
-
Optional
-
First semester
MODELLING AND SIMULATION OF DYNAMIC SYSTEMS
-
6 credits
-
Related/Supplementary
-
Optional
-
First semester
SCIENTIFIC COMPUTING
-
6 credits
-
Related/Supplementary
-
Optional
-
First semester
ANTENNAS
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
APPLIED ANALYSIS
-
6 credits - Attendance grouping
-
Student's own choice
-
Optional
-
First semester
BIOMEDICAL APPLICATIONS FOR HEALTH AND WEALTH
-
6 credits
-
Student's own choice
-
Optional
-
First semester
COMPLEX SYSTEMS ANALYSIS AND CONTROL
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
CONTROL SYSTEMS TECHNOLOGIES
-
9 credits
-
Student's own choice
-
Optional
-
Second semester
ELECTRICAL SYSTEMS FOR AUTOMATION
-
6 credits
-
Student's own choice
-
Optional
-
First semester
ELEMENTS OF SOFTWARE DESIGN
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
INDUSTRIAL AND SERVICE ROBOTS
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
MEASUREMENT METHODS OF BIOMEDICAL DATA FOR HEALTH AND WEALTH APPLICATIONS
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
MICROWAVE ENGINEERING
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
MOBILE PROGRAMMING
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
MODELS WITH DIFFUSION
-
3 credits
-
Student's own choice
-
Optional
-
First semester
NANOPHOTONICS
-
3 credits
-
Student's own choice
-
Optional
-
Second semester
OPTICAL COMMUNICATION COMPONENTS
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
PRACTICAL CHEMISTRY FOR NANOTECHNOLOGY
-
3 credits
-
Student's own choice
-
Optional
-
Second semester
PRINCIPLES OF BIOLOGY AND BIOMEDICINE
-
6 credits - Attendance grouping
-
Student's own choice
-
Optional
-
Second semester
SHOCK WAVES
-
3 credits
-
Student's own choice
-
Optional
-
First semester
METHODS OF ELECTRICAL NETWORK ANALYSIS
-
6 credits
-
Optional
-
First semester
Course year: 2 - provided in 2019/2020
INSTRUMENTATION ELECTRONICS, SENSORS AND MICROSYSTEMS
-
9 credits
-
Characterising
-
Mandatory
-
Second semester
FINAL THESIS
-
18 credits
-
Language/Final Examination
-
Mandatory
ELECTRONIC SYSTEM DESIGN
-
12 credits - Attendance grouping
-
Mandatory
-
Single Annual Cycle
ELECTRONIC DEVICES
-
6 credits
-
Characterising
-
Optional
-
Second semester
SMART SENSORS AND FIELDBUS
-
6 credits
-
Characterising
-
Optional
-
Second semester
CONDENSED MATTER PHYSICS
-
6 credits
-
Related/Supplementary
-
Optional
-
First semester
DATA-DRIVEN SYSTEM MODELLING
-
6 credits
-
Related/Supplementary
-
Optional
-
First semester
MODELLING AND SIMULATION OF DYNAMIC SYSTEMS
-
6 credits
-
Related/Supplementary
-
Optional
-
First semester
SCIENTIFIC COMPUTING
-
6 credits
-
Related/Supplementary
-
Optional
-
First semester
3D VISION SYSTEMS
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
ANTENNAS
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
APPLIED ANALYSIS
-
6 credits - Attendance grouping
-
Student's own choice
-
Optional
-
First semester
BIOMEDICAL APPLICATIONS FOR HEALTH AND WEALTH
-
6 credits
-
Student's own choice
-
Optional
-
First semester
COMPLEX SYSTEMS ANALYSIS AND CONTROL
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
CONTROL SYSTEMS TECHNOLOGIES
-
9 credits
-
Student's own choice
-
Optional
-
Second semester
ELECTRICAL SYSTEMS FOR AUTOMATION
-
6 credits
-
Student's own choice
-
Optional
-
First semester
ELECTRONICS FOR BIOMEDICAL APPLICATIONS
-
3 credits
-
Student's own choice
-
Optional
-
Second semester
ELEMENTS OF SOFTWARE DESIGN
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
INDUSTRIAL AND SERVICE ROBOTS
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
INTEGRATED CIRCUIT DESIGN
-
3 credits
-
Student's own choice
-
Optional
-
First semester
MEASUREMENT METHODS OF BIOMEDICAL DATA FOR HEALTH AND WEALTH APPLICATIONS
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
MICROELECTRONICS
-
6 credits
-
Student's own choice
-
Optional
-
First semester
MICROWAVE ENGINEERING
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
MOBILE PROGRAMMING
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
MODELS WITH DIFFUSION
-
3 credits
-
Student's own choice
-
Optional
-
First semester
NANOPHOTONICS
-
3 credits
-
Student's own choice
-
Optional
-
Second semester
OPTICAL COMMUNICATION COMPONENTS
-
6 credits
-
Student's own choice
-
Optional
-
Second semester
PLC AND SCADA
-
3 credits
-
Student's own choice
-
Optional
-
Second semester
PRACTICAL CHEMISTRY FOR NANOTECHNOLOGY
-
3 credits
-
Student's own choice
-
Optional
-
Second semester
PRINCIPLES OF BIOLOGY AND BIOMEDICINE
-
6 credits - Attendance grouping
-
Student's own choice
-
Optional
-
Second semester
SHOCK WAVES
-
3 credits
-
Student's own choice
-
Optional
-
First semester
ANALOG INTEGRATED CIRCUIT DESIGN
-
9 credits - Attendance grouping
-
Optional
-
First semester
DIGITAL SYSTEMS AND ARCHITECTURES
-
6 credits
-
Optional
-
First semester
METHODS OF ELECTRICAL NETWORK ANALYSIS
-
6 credits
-
Optional
-
First semester
POWER ELECTRONIC SYSTEMS
-
6 credits
-
Optional
-
First semester
SYSTEMS AND INSTRUMENTATION FOR AUTOMATION
-
9 credits - Attendance grouping
-
Optional
-
Second semester
Study Programme Reference Persons
Chairman of the Joint Study Programme Board:
FLAMMINI Alessandra
Study Programme Representative:
COLALONGO Luigi
Study Plan Approvers:
FERRARI Marco
FERRARI Vittorio
KOVACS VAJNA Zsolt Miklos
Academic Tutoring:
FERRARI Marco
KOVACS VAJNA Zsolt Miklos
Final Examination
Academic qualification awarded:
Master's degree in ELECTRONICS ENGINEERING
Amministrazione trasparente