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Content

Study Plan
Main features
Degree obtained
Master's degree in Electronic Engineering. This title gives direct access to the doctoral program of Electronic Engineering.

Language teaching
Catalan-Spanish. Some subjects of specialization pointed to research, or shared with the Master of Science in Information Technologies, are taught only in English.

Learning modalities
Conventional and semi-distance modalities. Most of subjects are taught in both formats. Some optional subjects are taught only in one of them.

Calendar
The academic calendar of ETSETB is common for all issued degrees.

Tutoring
All students will have a mentor assigned to guide the process of selecting subjects depending on their interests.
Program Structure
Lectiva load
The program consists of 120 ECTS (2 years in a full-time dedication) structured in 4 semesters of 15 weeks, which includes the realisation of a master thesis (30 ECTS). Some students will be able obtain the Master doing less credits depending on the previous studies at the time of admission. In any case, a minimum of 60 ECTS always will be demanded.
Academic Structure
The program consists of 4 semesters of 30 ECTS each: a bridge semester, a core semester, a semester of specialization and a semester for Masters thesis, as can be seen in the figure below:




In general, the entry of new students will be done in the semester bridge.
Bridge Semester
The aim of this semester is leveling students from diverse backgrounds and prepare them to achieve the requirements that are needed to overcome the core semester.

BRIDGE SEMESTER SUBJECTS Acronym ECTS
Microelectronic Design I DM1
5
Digital Systems I  SD1
5
Signal and Comunication Processing PSC
5
Electronic and Fotonic Devices I DEF1
5
Electronic Instrumentalization IE
5
Electronic Equipments EE
5

Core Semester
This semester includes the main advanced subjects (graduate level) of the Electronics Engineering. It consists of a set of six subjects covering most of the central themes of Electronics Engineering.

CORE SEMESTER SUBJECTS Acronym ECTS
Microelectronic Design II   DM2
5
Digital Systems II   / Digital Systems SD2
5
High Frequency Circuits CAF
5
Electronic and Fotonics Devices II DEF2
5
Applications of Electronic Engineering I AEE1
5
Applications of Electronic Engineering II AEE2
5
Specialization Semester
This semester is formed by a set of optional subjects shared with the degree of  Electronic Engineering, with the Master of Science in Information Technologies, and with others that have their origin in the Doctoral Program Electronic Engineering.

The Master program provides two orientations: professional and research. In this late there is 4 areas possible: Power Electronics, Devices and Microsystems, Integrated Circuits and Systems, and Instrumentation and Measurement.
Professional orientation
 

PROFESSIONAL ORIENTATION SUBJECTS Acronym ECTS
Business Organization OE
5
Computer Architecture and Operating Systems ARISO
5
Networks, Systems and Communication Services XSSC
5
Systems Used in Real Time SETR
5
Remote Control Systems CRS
5
Electronic Systems Control SEC 5



Elective courses 2nd. Cycle Eng. or Electronics Eng. Telecom ETSETB
5

Research orientation


RESEARCH ORIENTATION SUBJECTS
Power Electronics
Acronym ECTS
Energy Management for Information and Communication Systems EMICS
5
Power converters AC: design, control and DSP applications through CECA
5
Electromagnetic Compatibility in Control Systems and Power CEMSIP
5
Power Control Systems Renewable Energies CPSER
5
Energy Conversion and Drives CEA
5
Modeling Simulation and Control Systems Power Electronic MOSIC
5
Quality Power Electric Network QUPEL
5


RESEARCH ORIENTATION SUBJECTS
Devices and Microsystems
Acronym ECTS
Microsystems (MEMS) i Nanosystems (NEMS) MEMS
5
Micro and Nano Sensors and Actuators MNSA
5
Micro and Nano Technology MINT
5
Power Semiconductor Devices DISPOT
5
Advanced Concepts Semiconductors CAS
5
Solar Cells: Devices and Technologies ESF
5
Fotovoltaic Systems SISFOT
5
Optoelectronic Devices of High Frequency DOPAF
5


RESEARCH ORIENTATION SUBJECTS
Integrated Circuits and Systems
Acronym
ECTS
VLSI Analog Design / Analogic Design VLSI DAI
5
Advanced Digital Systems SDA
5
High Level Digital Design DDAN
5
Information Handling Systems. Microprocessors and DSP SETI
5
Advanced Analog Design DAA
5
Comunication Circuits CIRCOM
5
RF Communication Systems On-Chip RFCS
5
Circuits for the Management of the Power On-Chip OCPMC
5
Test and Fault Tolerance TTF
5
Advanced EDA Tools and Methods for ICs EDA
5
Implementation of integrated systems nanometric IFSIN
5
Intelligent Systems SI
5


RESEARCH ORIENTED SUBJECTS
Instrumentation and Measurement
Acronym
ECTS
Circuits for Characterization Electrical and Optical Materials CEOM
5
Ultrasonic Systems. Instrumentalization and Aplications SULTRA
5
Interferences in Instrumentalization Systems. Measure, Simulation and Reduction. ISI
5
Instrumentation Systems Oceanographic and Aerospace SIOA
5
Electronica's car EA
5
Electromagnetic Compatibility CE
5
Sensors, Actuators and Microprocesadoers. Application to the Robotics SAM
5
Bioengineering BIO
5

Master's thesis
During the last half of the program students will have to make a Master's thesis, either under the guidance of a teacher, program or in an enterprise, research institution, and so on local or foreign. The Master's thesis end with the surrender of a memory, the defense's public and evaluation by a court.
Academic Aspects
Courses periodicity
The subjects of bridge and core semesters are offered every semester: autumn and spring semesters.

Subjects of specialization semester, in general, are offered on an annual basis. The teaching language of some subjects may change from one to other semester. This information can be found in the web www.etsetb.upc.edu

UPC Master's degree in Electronic Engineering: