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- Nationality: Spanish
- Birthdate: October 14, 1978
- Civil State: Single
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Telecommunication Engineer
Telecommunication Engineering course's main subjects:
- Digital Signal Processing: Algoritmic techniques for the
digital processing of signals. Applications in communications: voice and
image processing, elements and subsystems based on signal processing.
- Computer Architechtures: Multiple layers structures. Virtual
machines. Operative systems. Real time kernels.
- Design of Electronic Circuits and Systems: Software tools for
the design of integrated circuits and electronic systems, hybrid
circuits etc... Special systems for information processing.
- Electronic Instrumentation: Special electronic circuits and
equipment. Applications in communications and control. Advanced
electronic instrumentation.
- Microwave Circuits: Guided wave elements. High frequency
devices and circuits for communications.
- Microwave Devices: High frequency devices and circuits for
communications.
- Antennae and Communications Electronics: Antennae.
Communications electronics: components and subsystems for transmission
and reception.
- Radio Electric Waves Telecommunication Systems:
Radio-communications systems: types and main features. Propagation.
- Networks, systems and services: Network modelling and
dimensioning. Switching technology. Time and spatial switching.
Information coding and cyphering. Telecommunications policies and
standards.
- Computer Networks: Computer networks. Broad band networs.
Networks and seervices planning and management.
- Optical Communications: Devices, transmission media and
techniques used for telecommunications at optical bands.
- Signal Detectors and Conditioners: Introduction to
measurement systems. Resistive transductors. Signal conditioning for
resistive transductors. Electromagnetic and variable reactance
transductors. Signal conditioning for variable reactance transductors.
Generator transductors. Other transduction methods.
- Codes and Cryptography: Noiseless transmission channels.
Noisy transmission channels. Error correcting codes: linear, cyclic,
Reed Muller codes, etc. Introduction to cryptography. Classical methods.
Notions of computational complexity. Flow cyphering methods. The DES
method. Public key systems. The RSA method. Applications of
cryptography.
- Telematics Laboratory: Introduction to the Linux operative
system. Introruction to bash. Linux programming: cc, gcc and make. Data
types and control structures. Functions. Pointers. System calls:
standard I/O. Concurrent programming and process intercommunication.
- Antennae Laboratory: Collective distribution of terrestrial
and satellite TV. Measurements with UHF antennae. Microwave antennae.
Patch antennae in microstrip technology.
- Mobile Communications: Mobile radio systems. Propagation in a
mobile environment. Empirical approach. Fading. Digital modulation in a
mobile environment. The different mobile communication systems.
Diversity techniques. Cellular radio telephony. GSM services. Multiple
access techniques. GPRS. UMTS.
- Satellite Communications: Propagation loss, thermal noise and
quality factor. Block diagrams, structures and equipment. Fixed
satellite system. Broadcast satellite services. Multiple access
satellites for fixed Earth stations links. Mobile satellite services.
VSAT networks. Fundamentals of electromagnetic compatibility.
- Low Frequency Signals Processing: Voice processing.
Redundancies coding and removal. Automatic speech recognition.
Biomedical signals processing.
- Intelligent Buildings and Domotics: Intelligent buildings.
Domotics. Other intelligent structures.
- Computer Networks Management and Security: Network management
according to OSI standards. Internet standards. Management Information
Base (MIB). MIB-II. The SNMP network management protocol. The SNMPv2
network management protocol. Network manager and agent implementation.
Basic concepts about network security. Firewalls.
For getting support
from the teachers and for the final presentation of the end of major
project carried out in JDL
Technologies
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| Training Courses
- Texas Intruments DSK 6711
Day Workshop at Texas
Instruments
Northampton (England)
February 28, 2002
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Seminars
- Signal Capturing and Processing Seminar
Participating:
Acal, Analog Devices, EBV Elektronic, Intersil, Motorola, National
Semiconductor and Texas Instruments
Steenokkerzeel
(Belgium)
February 19, 2002
- Cabling Day
Participating: Avaya, Allied Telesyn, D-Link,
Network Instruments, ACTL
Steenokkerzeel (Belgium)
February 5,
2002
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R&D and DSP Engineer
Development of HOISNED
project (HIGH ON-LINE SPEED INSPECTION SYSTEM WITH NOVEL
ELECTRO-OPTICAL DEFLECTION, on-line control quality of shock-absorvers
from POLMETASA) , funded under the BRITE/EURAM Program
- Solving image processing problems
- Programming TI DSP that controls the whole system
- Evaluation of Optical Set-up
- Evaluation of TI DSPs C5X
C6X
Participation in BRITE/EURAM funded
international meetings
- Meeting at Fraunhofer Institute (Friburg, Germany) for explanations
about Hoisned optical set-up (October, 2001)
- Hoisned Meeting at Asociacion de la Industria Navarra (Navarra
Industrial Association in Pamplona, Spain), studying the whole
Hoisned system and the applications in the market . (November,
2001)
- Meeting at Fraunhofer Institute (Friburg, Germany) solving problems
about lenses alingment (March, 2002)
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- Spanish: Mother tongue
- English: Good in speaking and writing
- French: Beginner level
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| Computer Languages
- C/C++
- Java
- Assembly languages (Texas Instruments and Motorola)
- Matlab
- Pascal
DSP Development Tools
- TI Code Composer Studio IDE
- Developer’s Kit for TI DSP by MATH WORKS (Included in Matlab 6.1)
Operating Systems
- Windows 9x/ME/NT/2000/XP
- Linux (High level of knowledge in Unix)
Programming Windows
- Visual C++ 6.0
- Visual Basic 6.0
- Delphi 5
Internet designing and
programming
- HTML
- Javascript
- Macromedia Flash 5.0
- Macromedia Dreamweaver Ultradev 4
- CGI
Other programs
- Labview 5.1 (data acquisition, process monitoring and control of
instrumments)
- Matlab 6.1 (Simulink, guide editor, control of instrumments…)
- Optsim (Optical systems design and simulation)
- L-Edit (Layout editor for microelectronic design)
- Microsim (PSPICE for windows, Electronic circuits experimental
design)
- Autocad 14 and Personal Designer (Drawing utilities)
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| Erasmus Grant, interchange opportunity supported by the
European Union (April 2001)
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| Webmaster
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| Computers, Software programming, Sports, Cinema, Music, Travels.
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- Driving licence
- Free of military service
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E-mail: 
