Telecommunications Engineer

	Third year
	Compulsory subjects
	Networks, Systems and Services Architechture    17301 Compulsory    7 credits    Full year Contents:  Architecture and reference models. Carrier systems and services. Switching. Telephone, telex and data networks. Protocols and interfaces. User terminals. End point and added values services. Dept: Automatics and Computing Staff: Izal Azcárate, Mikel. Magaña Lizarrondo, Eduardo Assessment: Written exam.
	Data Transmission    17302 Compulsory    4.5 credits    1st Semester Contents:  Interfaces and peripherics control. Digital communications. Information coding and detection. Multiple access channels and multiplexing. Link protocols. Dept: Electrical and Electronic Engineering. Staff: Sorolla Ayza, Mario Assessment: Written exam.
	Digital Systems    17303 Compulsory    2.5 credits    2nd Semester Contents:  Microprocessors. I/O techniques. Peripheric families. Dept: Electrical and Electronic Engineering. Staff: Bariáin Aisa, Cándido Assessment: Written exam.
	Microprocessors Laboratory    17304 Compulsory    2.5 credits    2nd Semester Contents: Design of microprocessor based electronic systems. Dept: Electrical and Electronic Engineering. Staff: Arregui San Martin, Francisco Javier. Corres , Jesús Assessment: Examen de prácticas.
	Transmission Systems    17305 Compulsory    4.5 credits    2nd Semester Contents: Digital communications analysis. Quantizing, modulations, detection, and estimation techniques. Coding and wide spectrum modulations. Dept: Electrical and Electronic Engineering. Staff: Rodriguez Casal, Carlos Assessment: Written exam.
	Linear Systems    17306 Compulsory    4.5 credits    1st Semester Contents:  Linear systems. Discrete transforms. Transformed domains. Dept: Electrical and Electronic Engineering. Staff: Porta Cuellar, Sonia Assessment: Written exam.
	Communications Theory    17307 Compulsory    4.5 credits    2nd Semester Contents:  Deterministic and random signals: information. Information transmission. Principles of detection and statistic estimation for communications. Dept: Electrical and Electronic Engineering. Staff: Fernandez de Muniain Comajuncosa, Javier Assessment: Written exam.
	Fundamentals of Computers    17308 Compulsory    2.5 credits    1st Semester Contents:  Description levels. Functional units. Register transfer level. Instruction interpretation. Micro programming. I/O concepts. Operative system kernels. Other types of computers. Dept: Automatics and Computing Staff: González de Mendivil Moreno, José Ramón. Villadangos Alonso, Jesús Assessment: Written exam.
	Digital Electronic Circuits    17309 Compulsory    4.5 credits    1st Semester Contents:  Further logical families. Design of combinational circuits. Memories. Introduction to microprocessors. Dept: Electrical and Electronic Engineering Staff: Bariáin Aisa, Candido Assessment: Written exam.
	Optional subjects
	Optical Fundamentals in Telecommunications    17516 Optional    3.5 credits    1st Semester Contents:  Geometical optics. Electromagnetic theory of light. Propagation of electromagnetic waves. Polarization. Reflection and refraction. Anisotropic media. Interference and difraction. Dept: Physics Staff: Alberdi Odriozola, Coro. Alfonso Abrego, Santiago Assessment: Laboratory exercises and written exam.
	Laboratory of Magnetic Devices for Telecommunications    17529 Optional    2 credits    2nd Semester Contents: Origin of the magnetic behaviour of substances. Main technical parameters. Measuring these parameters. Magnetic characterisation of materials. Screen effect. The effect of temperature. Importance of the shape for the magnetic behaviour. Effects of anisotropy. Characterisation of materials for memories and hard magnetic materials. The Hall effect. The Kerr effect. Dept: Physics Staff: Ortega Hertogs, Ricardo. Madurga Pérez, Vicente Assessment: Written exam.
	Electronic Techniques and Systems   17531 Optional    3.5 credits    2nd Semester Contents:  Introduction to integrated circuits. Technologic processes in the making of integrated circuits. Integrated active and passice devices. Detailed study of the operational amplifier. The transconductance operational amplifier. Applications of the transconductance operational amplifier. Active filters. Analog signal processing circuits. Other analogic subsystems. Dept: Electrical and Electronic Engineering Staff: Zabala Martínez, Irene Assessment: Written exam.
	Supply Sources and Systems    17532 Optional    3.5 credits    2nd Semester Aim: To give the student an overview of the supply techniques that are most commonly used in Telecommunications. Dept: Electrical and Electronic Engineering Staff: Gubia Villabona, Eugenio. Gil Izco, Peio Assessment: Written exam.
	Network Synthesis and Analysis Laboratory    17533 Optional   2 credits    1st Semester Contents:  The RLC circuit. T networks (Bridged-T and Twin-T). Quadripole parameters. Asociations. Generalized impedance converters. MFB filters. Sinusoidal oscilators. State variable filters. Dept: Electrical and Electronic Engineering Staff: Cabeza Laguna, Rafael Assessment: Written exam.
	Non linear systems    17534 Optional    2 credits    1st Semester Contents:  RLC elements. Coupled inductors. First order circuits. Second order circuits. Dept: Electrical and Electronic Engineering Staff: Labarga Gutierrez, Alberto Assessment: Written exam.
	Electromagnetic Propagation Engineering   17535 Optional    3.5 credits    2nd Semester Contents:  Maxwell equations. Transmission lines. Plain waves propagations and reflection. Cylindric metallic wave guides. Dept: Electrical and Electronic Engineering Staff: Sánchez Corpas, Alberto Assessment: Written exam.
	Software Engineering    17536 Optional    3.5 credits    1st Semester Contents:  Introduction to software engineering. Object orientated programming. The Java programming languaje. Examples of object orientated programming in Java. Dept: Automatics and Computing. Staff: Izal Azcárate, Mikel Assessment: Written exam.
	Electrotechnics    17537 Optional    3.5 credits    1st Semester Contents:  Safety in electrical installations. Poliphasic currents. Power and energy in triphasic circuits. Electric energy distribution. Short circuit currents. Magnetic circuits. Transformers. Asynchronous machines. Grounding. Dept: Electrical and Electronic Engineering Staff: Aguado Alonso, Mónica Assessment: Written exam.
	Automatic Systems Control    17549 Optional    4.5 credits    2nd Semester Contents:  External and internal description of systems. Time response of a system. Stability. Steady state response. Precision.Frecuency analysis: Bode and Nyquist diagrams. Compensation techniques. Root locus, frecuency and states space techniques. Dept: Automatics and Computing. Staff: Galván Herrera, José Basilio Assessment: Written exam.