Telecommunications Engineering aims at scientifically and technically training highly qualified professionals in the field of information technologies and telecommunication. Telecommunications engineers must carry out activities related to transmission, information processing, network planning and management, as well as the design and implementation of computers and systems.
For a competitive advantage in the field of information technologies and telecommunication, the UAX university offers students the possibility of implementing the knowledge acquired in labs and computing rooms, and doing their practical training in a number of companies, making it easier for them to be part of the labour market in the forthcoming future.
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| First Year
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| First semester | Definition | ECTS | Hs per week |
| Mathematical Analysis (A) | Compulsory | 6,00 | 5 |
| Circuit Analysis and Measurement (A) | Compulsory | 4,50 | 4 |
| Physical Basics of Engineering (A) | Core | 4,50 | 4 |
| Algebra | Compulsory | 4,00 | 4 |
| Basics of Programming (A) | Core | 3,00 | 3 |
| Introduction to Telecommunications | Compulsory | 3,00 | 3 |
| Elective | Elective | 5,00 | -- |
| Subtotal: | 30,00 | 23 | |
| Second semester | Definition | ECTS | Hs per week |
| Mathematical Analysis (A) | Compulsory | 6,00 | 5 |
| Circuit Analysis and Measurement (A) | Compulsory | 4,50 | 4 |
| Physical Basics of Engineering (A) | Core | 4,50 | 4 |
| Digital Electronic Circuits | Core | 5,00 | 4 |
| Basics of Programming (A) | Core | 3,00 | 3 |
| Writing and Speaking Skills | Compulsory | 4,00 | 3 |
| Elective | Elective | 3,00 | -- |
| Subtotal: | 30,00 | 23 | |
| Second Year
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| First semester | Definition | ECTS | Hs per week |
| Signals and Communication Systems (A) | Core | 6,00 | 5 |
| Mathematical Basics of Engineering (A) | Core | 4,00 | 4 |
| Electronic Components and Circuits | Core | 4,00 | 4 |
| Basics of Computers | Core | 4,00 | 4 |
| Random Signals | Compulsory | 4,00 | 4 |
| Elective | Elective | 8,00 | -- |
| Subtotal: | 30,00 | 21 | |
| Second semester | Definition | ECTS | Hs per week |
| Signals and Communication Systems (A) | Core | 6,00 | 5 |
| Mathematical Basics of Engineering (A) | Core | 4,00 | 4 |
| Object-Oriented Development | Compulsory | 5,00 | 4 |
| Electromagnetism | Compulsory | 5,00 | 4 |
| Electronics Lab I | Core | 5,00 | 4 |
| Sociology | Compulsory | 5,00 | 4 |
| Subtotal: | 30,00 | 25 | |
| Third Year
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| First semester | Definition | ECTS | Hs per week |
| Digital Electronic Systems (A) | Core | 5,00 | 4 |
| Economy | Compulsory | 4,00 | 4 |
| Network, System and Service Architecture (A) | Core | 3,50 | 3 |
| Analogical Electronic Circuits (A) | Core | 3,50 | 3 |
| Circuits and Means of Transmission (A) | Core | 3,50 | 3 |
| Data Transmission (A) | Core | 3,50 | 3 |
| Elective | Elective | 7,00 | -- |
| Subtotal: | 30,00 | 20 | |
| Second semester | Definition | ECTS | Hs per week |
| Digital Electronic Systems (A) | Core | 5,00 | 4 |
| Transmission Systems | Core | 4,00 | 4 |
| Network, System and Service Architecture (A) | Core | 3,50 | 3 |
| Analogical Electronic Circuits (A) | Core | 3,50 | 3 |
| Circuits and Means of Transmission (A) | Core | 3,50 | 3 |
| Data Transmission (A) | Core | 3,50 | 3 |
| Elective | Elective | 7,00 | -- |
| Subtotal: | 30,00 | 20 | |
| Fourth Year
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| First semester | Definition | ECTS | Hs per week |
| Communication Networks (A) | Core | 6,00 | 5 |
| Aerials and Radiocommunication Systems (A) | Core | 4,50 | 4 |
| Computer Architecture (A) | Core | 4,50 | 4 |
| Digital Signal Treatment (A) | Core | 4,50 | 4 |
| Design of Circuits and Electronic Systems (A) | Core | 4,00 | 3 |
| Hardware Transmission (A) | Core | 3,50 | 3 |
| Elective | Elective | 3,00 | -- |
| Subtotal: | 30,00 | 23 | |
| Second semester | Definition | ECTS | Hs per week |
| Communication Networks (A) | Core | 6,00 | 5 |
| Aerials and Radiocommunication Systems (A) | Core | 4,50 | 4 |
| Computer Architecture (A) | Core | 4,50 | 4 |
| Digital Signal Treatment (A) | Core | 4,50 | 4 |
| Design of Circuits and Electronic Systems (A) | Core | 4,00 | 3 |
| Hardware Transmission (A) | Core | 3,50 | 3 |
| Elective | Elective | 3,00 | -- |
| Subtotal: | 30,00 | 23 | |
| Fifth Year
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| First semester | Definition | ECTS | Hs per week |
| Electronic Instrumentation | Core | 5,00 | 4 |
| Research Proyects | Core | 5,00 | 4 |
| Optical Communications (A) | Core | 4,00 | 3 |
| Communication Electronics | Core | 4,00 | 3 |
| Business Management | Compulsory | 4,00 | 3 |
| Optional | Optional | 8,00 | -- |
| Subtotal: | 30,00 | 17 | |
| Second semester | Definition | ECTS | Hs per week |
| Optical Communications (A) | Core | 4,00 | 3 |
| Technology Management | Compulsory | 3,00 | 3 |
| Optimization and Simulation | Compulsory | 4,00 | 3 |
| Telecommunication Policy | Core | 3,00 | 3 |
| Optional | Optional | 8,00 | -- |
| Final Research Project | Compulsory | 8,00 | -- |
| Subtotal: | 30,00 | 12 | |
| Second Cycle
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| First semester | Definition | ECTS | Hs per week |
| Radiocommunication Systems (A) | Optional | 4,00 | 3 |
| Network Engineering, Planning and Services (A) | Optional | 4,00 | 4 |
| Computer Systems Engineering | Optional | 8,00 | 6 |
| Mobile Communications (A) | Optional | 4,00 | 3 |
| Audiovisual Systems (A) | Optional | 4,00 | 2 |
| Second semester | Definition | ECTS | Hs per week |
| Radiocommunication Systems (A) | Optional | 4,00 | 3 |
| Network Engineering, Planning and Services (A) | Optional | 4,00 | 4 |
| Mobile Communications (A) | Optional | 4,00 | 3 |
| Audiovisual Systems (A) | Optional | 4,00 | 2 |
| Annual subject (A) |
Compulsory; 6,00 ECTS/semester; 5 Hs per week
Description:
Real numbers.Real functions of a real variable. Successions and series.Real functions of several real variables. Elemental methods for the calculus of primitives. Riemann Integral for real functions of one real variable. Line integrals. Riemann multiple integrals. Surface integrals. Ordinary differentials equations.First-order differential equations. Second-order differentials equations. Higher order differential eqquations. Mathematical computer analysis.
Co-ordinator: Esther Guervós Sánchez
Compulsory; 4,50 ECTS/semester; 4 Hs per week
Description:
The basic concepts of the techniques used in circuit analysis will be revised. Basic concepts of linear circuits; Analysis of transitory circuits. Analysis of permanent sinusoidal circuits. Magnetic connection. Management of measurement instruments. Introduction to circuit synthesis.
Co-ordinator: Juan Carlos Pérez Heredia
Core; 3,00 ECTS/semester; 3 Hs per week
Description:
Introduction to programming.Computers and programming. Programming languages.. Types of data. Constant and variables.Controlling the flow. Arithmetical and arithmetical logical expressions. Selection structures. Problem solving, methodology. Style. Functions and procedures. Structural types of data, vectors and matrices, registers and their combinations. Objects and classes. The aim of the course is that the student learns basic programming techniques used codify problems with a high language level.
Co-ordinator: Pilar Moreno Díaz
Core; 4,50 ECTS/semester; 4 Hs per week
Description:
The subject tries to be an introduction to General Physics with a special emphasis on the practical aspect, without forgetting rigour in the presentations. It is clearly divided in three parts: the first one comprises Mechanics and Thermodynamics; the second one Electricity and Magnetism; the third one Optics and Acoustics.
Co-ordinator: José Tejedor de las Muelas
Core; 4,00 ECTS/semester; 4 Hs per week
Description:
This subject tries to introduce the student in the theory of series and complex variable. The theory of series is one of the basic pillars of Infinitesimal Calculus, with great applications. Therefore, its study is essential for a clear knowledge of this topic. Moreover, complex variable widens the posibilities of analysis to the field of complex numbers, which are of extreme importance in Science and Technology. These two parts will allow us to relate the acquired knowledge in Differential and integral Calculus, Linear Algebra and Differential Equations to new interesting application fields. Discrete mathematics and numerical analysis will be introduced.
Co-ordinator: Juan Manuel Molina Blázquez
Core; 6,00 ECTS/semester; 5 Hs per week
Description:
The course provides un introduction to the techniques of the analysis of signals and systems based on transform domains. Topics: Basic concepts of signals and systems. Fourier' s analysis in continuous time. Fourier' s analysis in discrete time. Sampling. Z transform. Analogue transmission in base band. Linear modulations.
Non - linear modulations. Base band digital transmission and pass - band digital transmission.
Co-ordinator: Higinio Francisco Menéndez Milanés
Core; 3,50 ECTS/semester; 3 Hs per week
Description:
The objective is to introduce the student to the most important communication networks and their difficulty. In order to do so, the student will use during the course as a reference guide the stack TCP/IP and will analyse in depth linking layers 2 and 3 and the corresponding network.Introduce the student to the programming of TCP/IP sockets. C programming language in a UNIX SVR4 (Solaris 2.5) context is used in practical exercises; the exercises start with basic services and lead on to the installing of services for complex servers and clients. Syllabus: (1) Reference guides; (2) TCP/IP protocol; (3) link level; (4) IP protocol; (5) ARP and RARP; (6) ICMP, ping and traceroute; (7) IP routing; (8) dynamic routing protocols; (9) UDP: non-reliable transmission protocol; (10) broadcasting and multicasting; (11) IGMP; (12) DNS: Domain Name System; (13) TFTP and BOOTP; (14) TCP: transmission control protocol; (15) TCP: Timeouts and broadcasting; (16) SNMP; (17) other TCP/IP applications; (18) WWW and http. (19) Implementation of a client echo service using UDP datagrams; (20) installing a server echo service using UDP datagrams; (21) the setting-up of a file transfer service on request via datagrams; (22) setting-up a simple file transfer protocol (FFTP - Easy FTP).
Co-ordinator: Pilar Moreno Díaz
Core; 3,50 ECTS/semester; 3 Hs per week
Description:
This subject dealing with the knowledge and techniques needed for the analysis and design of circuits which are based not only on discrete components but also on integrated analogue circuits of wider significance. There is an introduction to circuit synthesis. Topics: (1) basic concepts in permanent sinusoidal regimes; (2) high-frequency amplifiers; (3) supply in electronic circuits; (4) frequency response of re-supplied amplifiers; (5) Sine-curve oscillators; (6) Integrated analogue circuits. (7) Circuit analysis using Laplace transform; (8)Quadripoles; (9) Introduction to circuit synthesis.
Co-ordinator: Basil Al-Hadithi
Core; 3,50 ECTS/semester; 3 Hs per week
Description:
The objective of the course is to introduce the student to the principles of electromagnetic engineering. He/she will acquire the concepts that will serve as the basis for the subject Microwaves. Topics: (1) Introduction; (2) plane waves; (3) guided waves; (4) transmission lines; (5) dielectric guides; (6) radiant systems.
Co-ordinator: Higinio Francisco Menéndez Milanés
Core; 5,00 ECTS/semester; 4 Hs per week
Description:
The student will learn the internal structure, functioning and use of microprocessors, and of the most common peripherals. The objective of the course is to provide the student with a practical knowledge of a digital system, this being understood as a set of interconnected electronic devices carrying out a common function. The devices to be applied are microcontrollers, (microprocessors, input/output peripherals, memories and communication controllers) and programmable logic devices. Topics: (1) The structure of a computer. The microprocessing system. The CPU. Input/output; (2) the 68000 microprocessor. Programming in machine language; (3) universal peripherals and input/output adaptors (VIA: PI/T, DMA), communication in series; (4) other families: 8, 16 and 32-bits microprocessor. INTEL-xx86. MOTOROLA-68000; (5) digital signal processors. The Texas Instruments products; (6) requirements and structure of digital signal processors. (7) Introduction to 8051/31 microcontrollers and to the TM-311 microinstructor system; (8) first application programme. Port control. (9) Design of a digital system based on a microcontroller; (10) introduction to programmable logic design; (11) creating a design with programmable logic.
Co-ordinator: Juan Carlos Hernández Martín
Core; 3,50 ECTS/semester; 3 Hs per week
Description:
1) BASICS OF DIGITAL COMMUNICATION SIGNALS
2) DIGITAL BASE BAND TRANSMISSION
3) TECHNIQUES OF DIGITAL MODULATION
4) CHANNEL CODING
5) SYNCHRONIZATION
6) MULTIPLEXATION, MULTIPLE ACCESS AND WIDENED SPECTRUM
Co-ordinator: Juan Carlos Pérez Heredia
Core; 4,50 ECTS/semester; 4 Hs per week
Description:
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Co-ordinator: Marcelino Veiga Pérez
Core; 4,50 ECTS/semester; 4 Hs per week
Description:
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Co-ordinator: José Felipe Ortega Soto
Core; 4,00 ECTS/semester; 3 Hs per week
Description:
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Co-ordinator: Francisco Javier Gabiola Ondarra
Core; 6,00 ECTS/semester; 5 Hs per week
Description:
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Co-ordinator: Gonzalo Martínez Ginesta
Core; 3,50 ECTS/semester; 3 Hs per week
Description:
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Co-ordinator: Luis Valor San Román
Core; 4,50 ECTS/semester; 4 Hs per week
Description:
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Co-ordinator: Marcelino Veiga Pérez
Core; 4,00 ECTS/semester; 3 Hs per week
Description:
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Co-ordinator: Antonio Rodríguez Suárez
| First semester |
Compulsory; 4,00 ECTS; 4 Hs per week
Description:
UNIT 1. MATRIXES AND SYSTEMS OF LINEAR EQUATIONS
UNIT 2. VECTOR SPACES
UNIT 3. EUCLIDEAN VECTOR SPACES
UNIT 4. LINEAR APPLICATIONS
UNIT 5. DIAGONALIZATION
Co-ordinator: Juan Carlos Pérez Heredia
Compulsory; 3,00 ECTS; 3 Hs per week
Description:
1. COMMUNICATION, CULTURE AND INGENUITY
2. THE BEGINNING OF TELECOMMUNICATIONS
3. COMMUNICATION THEORIES: FOURIER, SHANNON AND WITTGENSTEIN
4. MODULATION AND CODING
5. SHARING THE ENVIRONMENT
6. WAVES, HERALDS OF INFORMATION
7. THE MECHANISM OF TELECOMMUNICATION SYSTEMS: FROM ELECTROMAGNET TO LASER
8. THE NEURALGIC SYSTEM OF TELECOMMUNICATION, COMMUTATION AND SIGNALING
9. ROUND TABLES FOR TELECOMMUNICATION, NETWORKS
10. POLITICS AND FUTURE OF TELECOMMUNICATIONS. MANY VOICES, JUST ONE WORLD
Co-ordinator: Juan Antonio Martínez Martín
Core; 4,00 ECTS; 4 Hs per week
Description:
The subject is divided into three parts. In part 1 basic semiconductor components are studied. Part 2 is devoted to the study of basic analogue circuits and part 3 to the analysis of the behaviour of switched semiconductor mechanisms. Topics: Semiconductors. The p-n union diode. The bipolar transistor. Field effect transistor. Basic amplifying stages. Amplifying stages with more than one transistor.Constant - current sources. Law frequency responses of amplifier circuits. Switching transistors.
Co-ordinator: Francisco Javier Gabiola Ondarra
Core; 4,00 ECTS; 4 Hs per week
Description:
Levels of description. Functional units. Level of the register transfer. Interpreting instructions. Microprogramming. I/O concepts. Operating systems nuclei. Other types of computers. Advanced computer architectures. Multi-programming.
Co-ordinator: Juan Carlos Hernández Martín
Compulsory; 4,00 ECTS; 4 Hs per week
Description:
Theory of probability. One - dimensional random variables. Two - dimensional random variables. Stochastic processes. Inferential Statistics.
Co-ordinator: Pedro de Mingo García
Compulsory; 4,00 ECTS; 4 Hs per week
Description:
The aim is that the student understands the basic relation between Technology and Economy, in both of its branches, macroeconomic and microeconomic. Consumers Theory, Enterprise analysis; costs and production; basic economic concepts, and in particular the economic conditions of Technology and Production; and that they know the essential concepts to manage during their professional career.
Co-ordinator: Ramón Bonell Colmenero
Core; 4,00 ECTS; 3 Hs per week
Description:
UNIT 1. Introduction
UNIT 2. Distortion Processes and Noise in Communication Systems
UNIT 3. Mixer
UNIT 4. Oscillator
UNIT 5. ***********
Co-ordinator: Juan Carlos Pérez Heredia
Core; 5,00 ECTS; 4 Hs per week
Description:
PART 1
SIGNAL CONDITIONING AND DATA ACQUISITION SYSTEMS
UNIT 1: INTRODUCTION TO INSTRUMENT SYSTEMS
UNIT 2: NOISE STUDY
UNIT 3: SIGNAL CONDITIONING
UNIT 4: DATA ACQUISITION AND CONVERSION DEVICES
PART 2: SIGNAL SENSING (TRANSDUCERS)
UNIT 5: TEMPERATURE MEASUREMENT
UNIT 6: MEASUREMENT OF MECHANIC MAGNITUDES IN SOLIDS
UNIT 7: MEASUREMENT OF WEAK RADIATIONS
PART 3
AUTOMATIC SYSTEMS OF MEASUREMENT. VIRTUAL TOOLS
UNIT 8: AUTOMATIC SYSTEMS OF MEASUREMENT
UNIT 9: INTRODUCTION TO LABVIEW (LAB)
Co-ordinator: Emilio López Beltrán
Compulsory; 4,00 ECTS; 3 Hs per week
Description:
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Co-ordinator: Jesús Ramón Simón del Potro
Core; 5,00 ECTS; 4 Hs per week
Description:
1. Introduction
2. The Project
3. The Project Team
4. Client vs Project Manager
5. Project Manager
6. Stages of a Project
7. Project Management
8. Control and Monitoring
9. Incentives
10. Determining Factors to Be Successful in a Project
11. Tools for Project Management
Co-ordinator: Aránzazu Cámara Arthaud
| Second semester |
Core; 5,00 ECTS; 4 Hs per week
Description:
The aim of this subject is to introduce the student to the analytical and synthetic techniques used in the description of combined and sequential logical circuits, leading to an appreciation of computer-aided design and of current specification languages and hardware. Topics: (1) Digital information representation and its methodology. (2) Algebraic methods, ports and logical families. (3) Analysis and design of combinational logical circuits. (4) Functional modules based on combinational logic. (5) PLD design. (6) Introduction to sequential logical circuits. (7) Functional modules based on sequential logic. (8) Analysis and design of synchronic sequential circuits. (9) Optimization and installation.
Co-ordinator: Juan Carlos Hernández Martín
Compulsory; 4,00 ECTS; 3 Hs per week
Description:
Theoretical Lectures and practical exercises about the development of oral and written expression techniques. Practical reading exercises and text comprenhension. Objectives: improvement of written exercises and techniques for oral expression. The course aims to encourage student to develop reading and writting habits.
Co-ordinator: José Ramón Trujillo Martínez
Compulsory; 5,00 ECTS; 4 Hs per week
Description:
Basic principles of OOD. Analysis and design. Classes. Methodology and uses. Advanced topics: templates, virtual functions and polyforms, use of exceptions, the persistence of objects, graphic applications. Java. The aim of the course is to provide the student with a conceptual and a practical knowledge of an object-oriented programming model (OOD).
Co-ordinator: Jesús Sánchez Allende
Compulsory; 5,00 ECTS; 4 Hs per week
Description:
Macroscopic model of electromagnetic interaction. Quasi-static fields. Introduction to electrodynamics. Electromagnetic waves.
Co-ordinator: Laura Abad Toribio
Core; 5,00 ECTS; 4 Hs per week
Description:
With this laboratory, the student will learn to desing and elaborate and manufacture simple circuits with the basis of integrated electronic systems, both analogical and digital. He will learn to use catalogues with the technical specifications of integrated circuits and make the design according to them. Topics: (1) The operational amplifier. (2) Multivibrators: 555. (3) Tension stabilizers. (4) Combinational digital circuits. (5) Sequential digital circuits.
Co-ordinator: Juan Antonio Martínez Martín
Compulsory; 5,00 ECTS; 4 Hs per week
Description:
Unit 1. Introduction
Unit 2. Sampling Method: Surveys
Unit 3. Forerunners: History of the Sociological Theory.The Latest Sociology.
Unit 4. Social Stratification.
Unit 5. Nature, Culture and Socialization Process.
Unit 6. Social Change.
Unit 7.Information Society and Globalization.
Unit 8. Sociology of Religion.
Unit 9. Postmodern and Multicultural Horizon.
Co-ordinator: José Alfonso Valero García
Core; 4,00 ECTS; 4 Hs per week
Description:
1. INTRODUCTION TO TELECOMMUNICATION SYSTEMS AND SERVICES
2. MESSAGES SOURCES
3. DISRUPTIONS
4. LINEAR ANALOG TRANSMISSION SYSTEMS
5. LINEAR DIGITAL TRANSMISSION SYSTEMS
6. CABLE TRANSMISSIONS
7. OPTICAL FIBER DIGITAL TRANSMISSION
8. TELECOMMUNICATION TRAFFIC
Co-ordinator: Juan Carlos Pérez Heredia
Compulsory; 3,00 ECTS; 3 Hs per week
Description:
1. Business Technology Management
2. Companies
3. IT in Business
4. Innovation in ICT
5. Technological and Information Plan
Co-ordinator: Aránzazu Cámara Arthaud
Compulsory; 4,00 ECTS; 3 Hs per week
Description:
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Co-ordinator: Basil Al-Hadithi
Core; 3,00 ECTS; 3 Hs per week
Description:
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Co-ordinator: Francisco Javier Gabiola Ondarra
Compulsory; 8,00 ECTS; 0 Hs per week
Description:
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Co-ordinator: Jesús Sánchez Allende
| Optional subjects |
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Second Cycle
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| Annual subject (A) |
Optional; 4,00 ECTS/semester; 3 Hs per week
Description:
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Co-ordinator: Juan Carlos Pérez Heredia
Optional; 4,00 ECTS/semester; 4 Hs per week
Description:
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Co-ordinator: Alberto Javier García Alonso
Optional; 4,00 ECTS/semester; 2 Hs per week
Description:
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Co-ordinator: María Soledad Sánchez Sánchez
Optional; 4,00 ECTS/semester; 3 Hs per week
Description:
1. Introduction to Radar Systems
2. Radar Equations
3. Radars: CW, CW-FM and CW-PM
4. Pulsed Radars
5. Secondary Radars
6. Radar Signal Processing
7. Pulse Compression Techniques
8. Monitoring
9. Radiogoniometric System - Electronic War
11. SAR / ISAR Processing
12. Position/Navigation Satellite Systems: GPS, Glonass, Galileo.
Co-ordinator: Juan Carlos Pérez Heredia
| First semester |
Optional; 8,00 ECTS; 6 Hs per week
Description:
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Co-ordinator: Antonio José Reinoso Peinado