Master degree in Electronics

gilamonsterbirdsElectronics - Devices

Nov 24, 2013 (3 years and 6 months ago)

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Master degree in Electronics



Two years, divided in 4
semesters (120 ETCS):



Three semester courses


(90 ECTS)



Last semester dissertation


(30 ECTS)




Common
courses
technical skill 50 %
management skill 15%
scientific skill 35 %
A mix of
common and
specialyzed
courses
technical skill 70%
management skill 15%
scientific skill 15%
specialized
courses
technical skill 80%
scientific skill 20 %
Dissertation
in Industry or
laboratory
Prerequisites


Basics of Engineering


Basics of Electrical Engineering


Basics of Electronics


Basics in Information and communica
-
tion technology




Core Specialist Courses
in Electronics 42 ECTS


Advanced courses in
Electronics (48
ECTS): choice of 4
from (examples):

Master thesis
(30ECTS)

Technical

+

Scientific

-
System development
tools, High level
description language
(VHDL), system C

-

Signal processing

-

Embedded systems,
FPGA , Soc

-

RF techniques,
antennas,
electromagnetic
compatibility

-

Micro/nano
-
technology, materials,
microsystems

-
Analog and digital
circuit integration,
DAC/ADC


-
Reliability and testing

-

Microwaves:
propagation,
antennas, MMIC

-

Microelectronics
components and
devices

-

Low temperature
and large area
electronics

-

Opto
-
electronics

-

Microelectronics
technology

-

Nanoelectronics

-

Sensors and
actuators, MEMS,
MOEMS, smart
sensors

-

Study or a research
work in a research
laboratory or in
industry

-

The work includes:
a manuscript, and
an oral presentation

-

Publication of the
work in journals or
conferences is
encouraged




Core Specialist Courses
in Electronics 42 ECTS


Advanced courses in
Electronics (48
ECTS): choice of 4
from (examples):

Master thesis
(30ECTS)

Technical

+

Scientific


-

Project with tutor in a
laboratory (6c)

-

Soft skill (M 1) (6c)


-

Instrumentation
(data acquisition,
interfacing)

-

Power electronics
and components:
power systems,
hybrid systems,
automotive
applications

-

Packaging

-

mixed systems

-

High frequency
electronics,

-


Soft skills

-

Intellectual property

-

Standards

-

Business
communication

-

Entrepreneurship

-

Foreign language


Core Courses


System development tools, (VHDL), system C


Embedded systems, FPGA , System on Chip


RF techniques, antennas, EM Compatibility


Micro/nano
-
technology, microsystems


Mixed systems


Reliability and testing

Advanced Specialization


Microwaves: propagation, antennas, MMIC


Microelectronics components and devices


Low temperature and large area electronics


Opto
-
electronics


Microelectronics technology, Nanoelectronics


Sensors and actuators, MEMS, MOEMS, smart sensors


Instrumentation (data acquisition, interfacing)


Power electronics and components


Packaging


Analogue and digital communications


High frequency electronics