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Masters at
TelecomBCN
TELECOMBCN or ETSETB is the
Telecommunications Engineer School of
BARCELONATECH University
1
Structure of Spanish University
Studies
• Pre-European Higher Education Space reform
• Technical Engineer: 3 years duration degree
• Engineer: 5-6 years duration degree
• PhD: academic courses + Thesis
• Post-European Higher Education Space reform:
• Degree (Bachelor): 240 ECTS and 4 years duration
• New degree regulation: Bachelor of 180 ECTS (not applied yet)
• Masters: 60 - 120 ECTS and 1 - 2 years duration
• PhD: Thesis
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Types of Spanish Masters
• Masters with regulated professional skills
• Professional competences regulated by law to practice a
profession:
• Telecommunications engineer (CIN/355/2009 9th February).
• Industrial engineer
• Optionally, research competences
• Masters without regulated professional skills
• Professional approach, but without a profession regulated by
law:
• Electronic Engineer
• Software Engineer
• Research approach: focussed to PhD.
3
Master Studies at TelecomBCN
• Master in Telecommunications Engineering (MET): 120 ECTS
• Regulated professional competences
• Two academic approaches: Professional profile - Research profile
• Master in Electronic Engineering (MEE): 120 ECTS
• Two academic approaches: Professional profile - Research profile
•
•
•
•
Master in Photonics: 60 ECTS
Master in Computer Vision: 60 ECTS
Master in Wireless Communications: 60 ECTS
Erasmus Mundus Programmes: 120 ECTS
• EuroPhotonics: Erasmus Mundus Master in Photonics Engineering,
Nano-photonics and Bio-photonics
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Doctorate Access
• Minimum: 300 ECTS of which 60 ECTS must be
master level
PhD – Doctorate Program
1 year
Master
60 ECTS
2 years
Master
120 ECTS
4 years
Degree
4 years
Degree
240 ECTS
240 ECTS
2 years
MET or
MEE
120 ECTS
5 years
Sup.
Eng.
Telecomm.
or
Electronics
300 ECTS
Maximum
recognition
of 60 ECTS
2 years
MET
120 ECTS
Extra
30 ECTS
Integration
with former
academic
system
3 years
Tech.
Eng.
Telecomm.
180 ECTS
Minimum
Master in
Telecommunications
Engineering (MET)
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MET admission criteria
• Official Spanish degree
• University diploma issued by an institution of the European Higher
•
Education Space that authorizes admission to a master’s degree
of the issuing country
A university diploma issued by an institution outside of the
European Higher Education Space that authorizes admission to a
master’s degree of the issuing country, without official recognition
• Under the criterion of the Master’s Commission
• The applicant’s degree is required to have at least 60 ECTS
covering all topics of the Spanish Technical Telecommunications
Engineer as in page 18153 and 48 ECTS covering several topics
of pages 18154 and 18155 of BOE-CIN/352/2009
7
Suggested profiles of access
• Degree in Telecommunication Technologies and Services Engineering
• Degree in Science and Technologies of Telecommunications (generalist
•
•
•
•
•
approach)
Degree in Engineering of Audio-visual Systems
Degree in Engineering of Electronic Systems
Degree in Engineering of Telecommunications Systems
Degree in Telematics Engineering
Degree in Engineering Physics
•
60 additional ECTS (30 can be recognized for elective subjects taken in the
same degree)
• Telecommunications Engineers (possible recognition of 60 ECTS)
• Electronics Engineers (possible recognition of 45 ECTS)
• Telecommunications or Electronics Technical Engineers
•
30 additional ECTS
• Degree in Software / Computer Engineering
•
60 additional ECTS
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MET Acquired competences
•
•
•
•
•
•
•
•
•
•
•
Communication systems: wired and wireless, optical fibre.
Computer networks, Internet, local area networks (Ethernet, Wi-Fi).
Voice networks, video distribution and television streaming, P2P, mobile networks.
Security in communication networks: encryption, user authentication, digital
signatures.
Radio navigation, global positioning systems (GPS).
Radar.
Information processing: encoding, compression, error correction, image
recognition, video clip recognition, voice recognition, voice generation.
Electronic components and circuits: microprocessor devices (routers, switches,
...), sensors, actuators, transducers.
Technology and electronics, analogue and digital electronic instrumentation,
medical electronics, consumer electronics, control systems, robotics, automation.
Micro and nanotechnologies.
Bioengineering applications, telemedicine, e-commerce platforms, smart cities,
smart metering, sensor networks, smart homes, green computing, cloud
computing.
9
MET structure (120 ECTS)
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MET structure (120 ECTS)
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MET structure (120 ECTS)
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MET: Bridging Courses
• Communication bridging courses:
•
•
•
•
Digital communications
Signal processing
Antennas and microwaves
Telecommunication systems fundamentals
• Networking bridging courses:
• Data transmission protocols
• Electronics bridging courses:
• Electronics for communications systems
• Systems based on microprocessors
13
MET: Bridging Courses Maping
MET bridge subject
Cittel subject
Antennas and microwaves
Antennas and
Data transmission
protocols
Data transmission
protocols
Digital communications
Advanced digital
communications
microwaves
Electronics for
Electronics for
communications systems
communications
Networks analysis and
evaluation
Network performance
analysis and
Signal processing
Signal processing for
communications and
evaluation
audiovisual systems
Systems based on
microprocessors
Electronic systems
based on
Telecommunication system
Radiocommunications
microprocessors
fundamentals
+
Wire transmission
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Core Courses
• Communications
• Advanced communications for wireless systems (ACWS)
• Wireless communications links and antennas (WLA)
• Telecommunication systems (TSYS)
• Networking
• Communication networks (CN)
• Overlay networks (OVNET)
• Electronics
• Electronic system design for communications (ESDC)
• Electronic instrumentation and optoelectronics (EIO)
• Projects
• Innovation based service management (IBSM)
• Management of telecommunications projects (MTP)
15
MET Intensification
• Choose 3 from 6:
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MET Specialization
• 4 Compulsory + 2 elective of specialization
Wireless Communications.
Compulsory:
−
Advanced Mobile Communications (230612 - AMC)
−
Advanced Signal Processing: Tools and Applications (230685 - ASPTA)
−
Wireless Laboratory (230689 - WLAB)
−
Short Range Communications.
Elective:
−
Array Processing and Smart Antennas (230632 - ARRAYS)
−
Information Theory (230611 - IT)
−
Resource management in Wireless Communications (230690 - RMWC)
−
Convex Optimization (230633 - CO).
−
Coding in Wireless Communications.
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MET Specialization
• 4 Compulsory + 2 elective of specialization
Fiber-Optic Communication Systems and Networks.
Compulsory:
−
Optical Fiber Telecommunications (230631 - OFT)
−
Advanced Fiber-Optic Communications (230613 - AFOC)
−
Optical Networks (230636 - ON)
−
Optical Fiber Telecommunications Lab (OFTL).
Elective:
−
Optical Fiber Sensor Technologies (OFST).
−
Microwave, Terahertz and Photonic Technologies (230608 - MTPT)
−
Future (Inter)Net(Works) (230684 - FINE)
−
Advanced Signal Processing: Tools and Applications (230685 - ASPTA)
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MET Specialization
• 4 Compulsory + 2 elective of specialization
Antennas, Microwaves and Photonics for Communications and
Earth Observation.
Compulsory:
−
Microwaves and Photonics for Communications and Earth Observation (230608)
−
Laboratory of Antennas, Microwaves and Photonics for Communication Systems
−
Radar, Radionavigation and Location Systems (230610)
−
Remote Sensing for Earth Observation (230609)
Elective:
−
Introduction to Numerical Methods for Electromagnetic Engineering (230626)
−
Microwave Remote Sensing and Imaging (230635)
−
Laser, Terahertz and Microwave research and applications (230634)
−
Optical Remote Sensing and Laser Radar (Lidar)
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MET Specialization
• 4 Compulsory + 2 elective of specialization
Networks and Internet technologies.
Compulsory:
−
Distributed Systems, Internet and Web Technologies (230614 - DSIT)
−
Network Security (230617 - NS)
−
Networks (230619 - NET)
−
Quality of Service in Networks (230616 - QSN)
Elective:
−
Wireless Access Networks (230618 - WAN)
−
Information Technology Service Management (230615 - ITSM)
−
Internet and Networked Economy (230687 - INE)
−
Network Performance Analysis and Evaluation (230604 - NPAE)
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MET Specialization
• 4 Compulsory + 2 elective of specialization
Multimedia.
Compulsory:
−
Digital Image and Video Processing (230620 - DIVP)
−
Digital Speech and Audio Processing (230622 - DSAP)
−
Machine Learning From Data (230625 - MLEARN)
−
Biometrics (230624 - BIOM)
Elective:
−
Introduction to Computer Vision (230621 - ICV)
−
Speech Technologies (230623 - ST)
−
Quality of Service in Networks (230616 - QSN)
−
Introduction to natural language processing (INLP - MAI - FIB)
−
Advanced natural laguage processing (ANLP - MAI - FIB)
−
Advanced machine learning techniques (AMLT - MAI - FIB)
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MET Specialization
• 4 Compulsory + 2 elective of specialization
Electronics.
Compulsory:
−
Advanced Analog Circuit Techniques (63062 - AACT)
−
Introduction to Microelectronic technologies (630658 - IMT)
−
Programmable Electronics (630660 - PROEL)
−
Sensors, Instruments and Measurement Systems (630659 - SIMS)
Elective:
−
Advanced digital systems (630644 - ADS)
−
Instrumentation and sensors (630643 - IS)
−
Micro and nano electronic design (630646 - MND)
−
Micro and nanotechnologies (630645 - MNT)
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Distribution in semesters
• 1A:
• 5 or 6 core subjects:
• All except MTP
• 1 or 0 specialization subject
•
•
•
•
All except IT
If WAN, simultaneously with CN
If QSN simultaneously with CN and OVNET
If AFOC or AMC simultaneously with TSYS
• 1B and 2A no restrictions
• MTP as late as possible
• 2B: TFM
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MET: Elective Credits
• Elective credits:
•
•
•
•
Bridging courses
Other courses of other or the same specialization tracks
Elective courses
Internship in technological companies or research
laboratories (15 ECTS)
• Also possibility of extra-curricular internships
• Inici ▶ Empreses ▶ Convenis de cooperació educativa ▶
Informació per a estudiants
• Recognized credits for working experience (max 15 ECTS)
• Seminars (2,5 ECTS)
• One seminar to recognize activities organized by ETSETB or
students organizations (conferences, short courses, ...)
• Courses of other masters (under tutor supervision)
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Double degrees and mobility
• Mobility: Erasmus+, SICUE, ....
• Current Double Degrees:
• KTH (Kungliga Tekniska Hög skolan) Stockholm, Sweden
• IIT (Illinois Institute of Technology) Chicago, USA
• SUPAERO (École nationale supérieure de l'aéronautique et
de l'espace) Toulouse, France
• To be shortly signed :
•
•
•
•
Politecnico de Milano, Italia
Telecom Bretagne (ENST)
IST (Instituto Superior Técnico) Lisboa, Portugal
Pontificia Universidad Católica del Perú (PUCP)
• WEB:
• Inici ▶ International ▶ International partners ▶ Double degree
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partners
Scholarships
• Fundació Catalunya-La Pedrera:
• 1 MET and 1 MEE: 10.000 € (5.000 € per year)
• Everis:
• 3 MET: 2.500 €
• Work placement in Everis. 4 hours/week during 1 semester
• Telecogresca:
• 1 MET: 3.000 €
• Telecommunication and Electronics Forum:
• 1 for MET or for MEE: 3.000 €
• AGAUR:
• Current year: 4 MET or MEE. 3 months x 410 €/month
• Students had to do “directed academic activities” of support to faculty
activities. 32 hours/month
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Master in Electronic
Engineering (MEE)
27
MEE
• Why a Master?
• Labour market is becoming more and more competitive. Master
degree allows you to increase your income and gives you
additional opportunities to improve your position.
• Why MEE?
• Students that have finished MEE have an easy access to
industrial/research activities.
• Employability rate of 97,4%.
• The 88,6% has taken less than 3 months to find the first job.
• 90,3% of the graduates during academic year 2009-2010 have a
salary considered "More than 2000 € per month".
• MEE comes from a 25 years of experience teaching electronics at
master level.
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MEE
• Master in Electronic Engineering
• 120 ECTS
• Two academic approaches:
• Professional profile
• Research profile
29
Suggested profiles of access
• Degree in Engineering of Electronic Systems
• Degree in Engineering of electronic industrial and
•
•
•
•
•
automatic
Degree in Science and Technologies of
Telecommunications (generalist approach)
Degree in Engineering of Audio-visual Systems
Degree in Engineering of Telecommunications Systems
Degree in Telematics Engineering
Electronics or Telecommunications Engineers
• Recognition of 60 ECTS
• Electronics or Telecommunications Technical
Engineers
• Industrial Technical Engineers
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MEE structure
Level B2 of English required
Compulsory
subject
area
(45 ECTS):
Bridge
courses
(max.
35 ECTS)
Power Control and Processing
Advanced Analog Circuits
Instrumentation and Sensors
Advanced Digital Systems
Micro and Nano electronic Design
Micro and Nanotechnologies
Signal Processing
Innovation Based Service Man.
Management of Telecomm. Projects
Elective
subject
area
(max. 45 ECTS)
Master’s thesis
(30 ECTS)
1 semester
120 ECTS
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MEE structure
Master thesis (30 ECTS)
2B
2A
Management
in telecom
projects
1B
Signal
processing
Innovation
based
service
management
1A
Power
control and
processing
Advanced
analog
circuit
techniques
Elective subjects (45 ECTS)
Elective subjects (20 ECTS)
Instrumentat
.and sensors
Advanced
digital
systems
Micro and
nano
technologies
Micro and
nano
electronic
design
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MEE structure
Example:
Master thesis (30 ECTS)
2B
2A
Management
in telecom
projects
1B
Signal
processing
Innovation
based
service
management
1A
Instrumentat
.and sensors
Micro and
nano
technologies
Elective subjects
(Bridge+electives 45 ECTS)
Advanced
digital
systems
Power
control and
processing
Micro and
nano
electronic
design
Advanced
analog
circuit
techniques
Brdige courses
(Bridge+electives 45 ECTS)
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MEE: Bridging Courses
Degree in Engineering of Electronic Systems: no
necessity of bridge courses.
Any other degrees need some bridge courses, unless the
equivalent subject has been taken as an elective one.
•
•
•
•
•
•
•
•
Control Theory and Applications
Electronics for communications systems
Introduction to Microelectronic technologies
Microwave Circuits
Power Electronic Circuits
Programmable Electronics
Sensors, Instruments and Measurement Systems
Systems based on microprocessors
34
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MEE Compulsory Courses
• Advanced analog circuit techniques (AACT)
• Amplification
• Continuous time and switched capacitor filtering
• Analog – Digital conversion
35
MEE Compulsory Courses
• Advanced digital systems (ADS)
• Memory design
• Communication architectures
• Scratchpads and cache memory
• SOC memory systems
• Board-based memory systems
• Real-time operating systems (RTOS)
• Physical communication mechanisms
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MEE Compulsory Courses
• Power control and processing (PCP)
• Switching converters modelling
• State-space linear control techniques in switching power
converters
• Control applications
in power electronics
37
MEE Compulsory Courses
• Instrumentation and sensors (IS)
• Instrumentation systems
• Advanced instrumentation systems architectures
• Virtual instrumentation
• Error analysis and specification
• Estimation theory
• Instrumentation systems calibration techniques
• Sensor systems
• Sensor principles, implementation and characteristics review
• Advanced sensor conditioning techniques
• Coherent detection methods for AC sensors
• Self-correction and self-calibration techniques
• Smart-sensor structure and standards
• Sensor networks
• Energy harvesting techniques for sensor systems
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MEE Compulsory Courses
• Micro and nanotechnologies (MNT)
•
•
•
•
•
•
Field effect transistors and advanced devices
Power devices
Fabrication technology
Sensors
Electrokinetics
Advanced materials
39
MEE Compulsory Courses
• Micro and nano electronic design (MND)
•
•
•
•
•
Basic digital blocks and their characterization
Basic analog blocks and their characterization
Practical aspects of VLSI design
Basic concepts of testing
Laboratory of VLSI design
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MEE Compulsory Courses
• Signal Processing for Electronic Engineers
•
•
•
•
•
Fundamentals of signal processing
Basic estimation theory
Nonparametric spectrum estimation
Signal modelling and parametric spectral estimation
Wiener filtering
41
Management Compulsory Courses
• Innovation based service management (IBSM)
•
•
•
•
•
•
•
•
•
Service economy
Strategy and innovation management
Innovative business models for a new economy
Collaborative consumption and open source
Service marketing
Service quality
Design services: the QFD methodology
The importance of organizational behaviour to managers
Group behaviour
42
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Management Compulsory Courses
• Management of telecommunication projects (MTP)
• CDIO subject
• Ability to integrate Telecommunication Engineering
technologies and systems, as a generalist, and in broader and
multidisciplinary contexts, such as bioengineering,
photovoltaic conversion, nanotechnology and telemedicine.
• Ability to develop, direct, coordinate, and technical and
financial management of projects mainly in the field of
telecommunication systems
43
MEE
• Elective credits (45 ECTS):
• Bridging courses
• Practical work in technological companies or research
laboratories
• Recognized credits for working experience
• Elective courses
• Professional oriented
• Research oriented
• Seminars (2.5 ECTS, 20 h, February and July)
• Master Final Project (30 ECTS)
Mobility is possible! Europe, USA, China, Japan,…
Contact International Mobility Office at ETSETB.
44
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Elective Courses
PCRES
Power Controlof
Renewable
Energy Systems
EMD
ElectricMotor
Drives
Energy management
MOSIC
Modelling,
Simulation and
ControlofPower
Electronic System
EDISon
Energy
Managementfor
distributed and
Integrated Systems
MicroandNanoTechnologies
PVS
Photovoltaic
Systems
SOLCELL
Solarcell
engineering
MEMS
Microelectromechanical
systems
TECHDEV
Fabricationand
characterization
technologiesformicro
andnanodevices
IBES
Introductionto
Biomedical
ElectronicSystems
BID
Biomedical
InstrumentationDesign
US
Ultrasonic
Systems
EMC
EMCin
Electronic
Design
Biomedical engineering andsensors
Integrated Systems
AMS
Analog and
Mixed Systemon-a-chipdesign
SCPD
System-on-chip
physical design
ESIOT
Electronic Systems
for Internetof
Things
RICS
Radiofrequency
Integrated
Circuits and
Systems
45 45
Elective Courses
Apart from the elective subjects, even further specialization can be
done through:
• Introduction to Research (15 ECTS): small project developed in
a research group in order to specialize in a particular topic.
46
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Sources of information
• Web:www.etsetb.upc.es/en/Info_about/study_program/masters/mee/
• Academic Secretary: administration, payments, etc.
Ground floor at B3 building, masters@etsetb.upc.edu
• Academic Supervisor: he/she will guide you in the election of subjects
• MEE coordinator: credit recognition, mobility and internships in
companies and universities, etc.
Isidro Martín, isidro.martin@upc.edu
• Students’ delegate: his mission is to gather information about the dayto-day running of MEE and transmit to MEE coordinator suggestions
to improve the Master development.
José María Fernández-Tenllado, jose.maria.fernandez-tenllado@ alu-ets etb.upc.edu
47
Master thesis in the ETSETB
48
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ICT&Mobility
Developmentofthe UniversalGatewayforthe
BarcelonaMunicipality :
• WirelessNetwork Group
• Ajuntament deBarcelona
• Firstsmartcitypilotbuild in2007inSantVicençdels
•
•
Horts
Mobilenodesonboardofpublictransportation buses
tomeasuredata(parkingavailableplaces)andcollect
information fromsensors.
Onesingleequipment onthestreet tocollect
information fromdifferent sensormanufacturers
49
ICT&Mobility
Trainon BoardMonitoring:
• WirelessNetwork Group
• FundedbyALSTOM
• Developmentofasystemtoperform trainon
boardmonitoring
Vibration sensors
• Preventive maintenance
• Sensoringmechanicparts(Temperature,
Vibration)
• Transportinformationinsidethetrain
• Process,transferandgenerate alarms
• Solutionimplemented: 802.15.4+Gateway
• Energy harvesting byvibration
Accelerationdata and their analysis
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ICT&Mobility
DevelopAdvanced DriverAssistantSystemsforBuses:
• ImageProcessingGroup
• AdvancedHardware Architecture Group
• FundedbyArcolS.A.
• 360ºvisionsystem
• Blind SpotDetection andLinedeparture
• Topics inMaster:
•
•
•
•
230620:DigitalImageandVideoProcessing
230621:Introduction toComputerVision
230660:ProgrammableElectronics
230659:Sensors, InstrumentsandMeasurementSystems
ICT&Health
DriversDrowsinessDetection :
• Drowsiness detection through theanalysis
ofdriver’sbiological data.
• FICOSA
• Portable biomedical sensorthatsends
•
•
variationsofthethoracic effort through
Bluetooth.
Application intheSmartphone toanalyse
andstoredataandusedasinterface
Topics inMaster:
•
•
•
230643:Instrumentation andSensors
230674:Biomedical InstrumentationDesign
230659:Sensors, InstrumentsandMeasurement
Systems
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ICT&Energy
HighEfficiencySolarCells:
• MicroandNanotechnologies Research
•
•
•
Group
FundedbyEuropeanUnion
PERC:PassivatedEmitter andRearCell
IBC:Interdigitated Back-Contacted solar
cells:Efficiency>22%(Spanishrecord!)
ICT&Health
Non-intrusive monitoring ofcoronary
stent:
• RF&MicrowaveSystems,Devicesand
•
•
•
•
Materials
Hospital UniversitariGermansTriasiPujol
Micro-wavebasedmonitoring ofcoronary
stents.
Commonly, stentmonitoring requires invasive
procedures (catheterization) orexposition to
X-rays.
Topics inMaster:
•
•
230608:Microwave,Terahertzand Photonic
Technologies (MET)
29407:Designand AnalysisofRFandMicrowave
SystemsforCommunications
Diagramof stent placement
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ICT&Society
RESCUECELL:Potable kitfor detectingtrapped
and buried people inruinsand avalanches:
• SignalProcessing andCommunications Group
• FundedbytheEuropeanUnion
• RESCUECELLproject aimsatdevelopingacost-
effective,robust andligh- tweighttechnology, that
caneasilybetransported totheaffectedzone
(avalancheorearthquake), andbyspreadingseveral
nodescoveringtheentire zone,thetechnologywill
leadtothelocation ofpossible injured peopleswiftly
within someminutes
ICT&Society
Optimization anddimensioning ofa
UMTSradiosubsystem:
•MobileCommunication ResearchGroup
•FundedbyTelefónica móviles
•Topics inMaster:
•
•
•
•
Telecommunications Systems,
Advanced Mobile Communications,
Resource Management in Wireless
Communications
Wireless Laboratory
56
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ICT&Society
ICTforHighThroughput LowLatency
infrastructures basedondynamicall
optical networks:
• OpticalCommunications Group
• FundedbytheEuropeanUnion
• COCONUT:“COst-effectiveCOhereNt
Ultra-dense-WDM-PON forlambda-To-theuseraccess”:
57
ICT&Society
Designofsuperconductive filterswith
fractalgeometry:
• RF&MicrowaveSystems,Devicesand
•
•
•
•
Materials
FundedbytheEuropeanUnion
Collaboration with FractusS.A.
Patent: “FractalandSpace-Filling
Transmission Lines,Resonators, Filtersand
PassiveNetworkElements” WO0154221A1
Topics inMaster:
• MTPT
• DARFM
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ICT&Aerospace
UPCCube-Sat:
• PassiveMicrowaveRemoteSensingGroup
• Companies orconsortium
• Nano-Satellites: acost-effective toolfor
Cat-1:1UCube-Sat
Integration & testing.
Launch:July 2015
(Delivery:March
2015)
earthobservation.
• Sometestingfacilities @UPC NanoSat-lab
• Shake table, Thermal VacuumChamber and
SunSimulator,Amateur GroundStation,
HelmholtzCoilsandAirBearing
Testing facilities
• Morethan90students havebeeninvolvedin
theCat-1Cube-Satdevelopment.
Cat-3Artist’s view
ICT&Society
Displaytechnology:
• Electrowetting: Geometric changestoliquid by
applyingelectric fields
• Amazonwill developebooksortabletswith
•
pixelsbasedonthistechnology
Technologyalsoapplicable toliquid lenses
• Topics inMaster:
•
230669:MEMS.Microelectromechanical Systems
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ICT&Society
Graphene-enabled WirelessCommunications:
• Graphene nanoantennasfornano-range
•
•
•
•
communication
SamsungAdvancedInstitute ofTechnology
IntelResearch
Mid-term:Graphene-based WirelessNetwork-on-Chip
forMulti-Core processors
Long-term:WirelessNano-Sensor Networks
• Topics inMaster:
•
230675- EDIS- Edison: EnergyManagementforDistributed
andIntegratedSystems
61
ICT&Society
Nanofabrication:
• Polystyrenenanospheres
• Diameter:200nm(1/50humanhair)
• Deposited byelectrospraying
• Usedassacrificial elementinnanofabrication, also
•
byunique opticalproperties
Patented technology
• Topics inMaster:
•
230645- MNT- MicroandNanotechnologies
62
62
31