Bachelor's Degree in Electrical Engineering and Information Technology

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Course Catalog

LEGEND
Type of Educational Activity (TEA):
A = Basic
B = Core / Characterising
C = Related or Supplementary
D = Elective activities
E = Final examination and language skills
F = Additional educational activities

1st Year

1st Semester

Teaching

SSD

Course Type

CFU

Hours

Type of Activity (lecture, laboratory, etc.)

Teaching delivery mode (in person, distance learning)

TEA

Subject area

Calculus I

MATH-03/A

Single-Module

12

96

Lecture

In person

A

Mathematics, Computer Science and Statistics

Geometry and Linear Algebra

MATH-02/B

Single-Module

6

48

Lecture

In person

A

Mathematics, Computer Science and Statistics

Fundamentals of Computer Engineering

IINF-05/A

Single-Module

12

96

Lecture

In person

B

Computer Engineering

Language Skills

    3

24

    E Language skills


2nd Semester

Teaching

SSD

Course Type

CFU

Hours

Type of Activity (lecture, laboratory, etc.)

Teaching delivery mode (in person, distance learning)

TEA

Subject area

Physics I – Mechanics & Thermodynamics

PHYS-XX/Y

Single-Module

9

72

Lecture

In person

A

Physics and Chemistry

Calculus II

MATH-03/A

Single-Module

9

72

Lecture

In person

A

Mathematics, Computer Science and Statistics

Object-Oriented Programming

INFO-01/A

Single-Module

9

72

Lecture

In person

A

Mathematics, Computer Science and Statistics

 

2nd Year

1st Semester

Teaching

SSD

Course Type

CFU

Hours

Type of Activity (lecture, laboratory, etc.)

Teaching delivery mode (in person, distance learning)

TEA

Subject area

Physics II – Electromagnetism

PHYS-XX/Y

Single-Module

6

48

Lecture

In person

A

Physics and Chemistry

Mathematical Methods for Engineer

MATH-03/A

Single-Module

9

72

Lecture

In person

A

Mathematics, Computer Science and Statistics

Systems Theory

IINF-04/A

Single-Module

9

72

Lecture

In person

B

Automation Engineering

Seminars

 

  3  24

 

 

F

Other Educational Activities


2nd Semester

Teaching

SSD

Course Type

CFU

Hours

Type of Activity (lecture, laboratory, etc.)

Teaching delivery mode (in person, distance learning)

TEA

Subject area

Signals Theory

IINF-03/A

Single-Module

9

72

Lecture

In person

B

Telecommunications Engineering

Foundations of Electrical Engineering

IIET-01/A

Single-Module

9

72

Lecture

In person

B

Information Security and Information Protection Engineering

Electromagnetic Fields

IINF-02/A

Single-Module

9

72

Lecture

In person

B

Telecommunications Engineering

 

3rd Year 

1st Semester

Teaching

SSD

Course Type

CFU

Hours

Type of Activity
(lecture, laboratory, etc.)

Teaching delivery mode
(in person, distance learning)

TEA

Subject area

Basics of Measurements

IMIS-01/B

Single-Module

9

72

Lecture

In person

B

Electronic Engineering

Basics of Biomedical Engineering

IBIO-01/A

Single-Module

9

72

Lecture

In person

B

Biomedical Engineering

Electronics

IINF-01/A

Single-Module

9

72

Lecture

In person

B

Electronic Engineering


2nd Semester

Teaching

SSD

Course Type

CFU

Hours

Type of Activity (lecture, laboratory, etc.)

Teaching delivery mode
(in person, distance learning)

TEA

Subject area

Curricular Choice I
(from Table A)

 

Single-Module

9

72

Lecture

In person

C

Related and Integrative Courses

 

Curricular Choice II
(from Table A)

 

Single-Module

9

72

Lecture

In person

C

Related and Integrative Courses

Elective modules

 

Single-Module

18

144

Lecture

In person

D

Elective Courses

Dissertation

 

 

3

 

   

E

 

 

Table A (Curricular Choice and Automatic-Approval Free Choice)

  • For the Curricular Choice, the student must select 18 CFU (credits) within one single subject area.
  • For the Automatic-Approval Free Choice, the 18 CFU may also be selected across different subject areas.

     

SUBJECT AREA

COURSES

CFU

SSD

Automation & Robotics

Automatic Control

9

IINF-04/A

Operational Research

9

MATH-05/A

Operating Systems

9

IINF-05/A

Biomedical Engineering

ICT in Health Monitoring and Diagnosis

9

IBIO-01/A

Technologies and Devices for Healthcare

9

IBIO-01/A

Chemistry

9

CHEM-06/A

Computer Engineering

Data and Software Engineering

9

IINF-05/A

Foundations of Computer Architectures

9

IINF-05/A

Computer Networks

9

IINF-05/A

Electronics

Electronic Circuits for the Internet of Things

9

IINF-01/A

FPGA Devices for Digital Circuits Design

9

IINF-01/A

Measurement Sensors and Instrumentation

9

IMIS-01/B

Telecommunications

Antennas and Microwaves

9

IINF-02/A

Digital Transmission

9

IINF-03/A

Telecommunication Networks

9

IINF-03/A

Electrical Engineering

Electrical Motors & Drives

9

IIND-08/A

Foundation of Electrical Systems

9

IIND-08/B

Nonlinear Circuits

9

IIET-01/A

Data Science

Introduction to Machine Learning

9

INFO/01

Scientific Data Mining

9

STAT-01/A

Statistics and Introduction to Statistical Learning

9

STAT-01/A

Basic Science

Functional Analysis

9

MATH-03/A

Modern Physics

9

PHYS-01-06/A

Modelling and Simulation

9

IINF-04/A