1 / 6

Master of Science Programme Telecommunications Engineering

Master of Science Programme Telecommunications Engineering. www.telecommunicationsengineering.it. A.A. 2014-15. Master of Science Programme Telecommunications Engineering. www.telecommunicationsengineering.it. International Curriculum (entirely taught in English) Communication

giulio
Download Presentation

Master of Science Programme Telecommunications Engineering

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Master of Science Programme Telecommunications Engineering www.telecommunicationsengineering.it A.A. 2014-15

  2. Master of Science Programme Telecommunications Engineering www.telecommunicationsengineering.it International Curriculum (entirely taught in English) Communication Devices, Signals, and Systems (CD2S)

  3. First Year Digital IntegratedCircuits M C6 Propagation and Planning in Wireless Systems M B9 Optical Fiber Systems M B6 Information Theory and Coding M B6 Communication Systems MB6 Network Design M B9 6 credits Principles, Models and Applications for Distributed Systems M C6 Digital Systems M C6 The TelecommunicationsEngineerM F3 Creativity and Innovation M F3

  4. Second Year Antennas and Antenna Systems M B6 18 credits Wireless Sensor Networks M B6 Digital Receiver Design and Optimiz. M B6 RadiofrequencyCircuits M B6 Electromagnetic Compatibility M B6 Radio Systems M B6 Wireless Systems Laboratory M B6 3 credits SW Development M F3 Prot. and Archit. for Space Networks M F3 Energy-aware wireless circ. and syst. M F3 Final Project M E24 Trends in Communications M F3 Any course D (12 credits) – see Tab. D

  5. Tab. D: if the choice falls in this table, or among courses of ECST (except English C1), or any other optional course of CD2S or CN2S, the study plan is automatically approved

  6. Algoritmi di ottimizzazione M – 6 CFU Laboratorio di telecomunicazioni T –A – 3 CFU Laboratorio di reti di telecomunicazioni T –A – 3 CFU Laboratorio di software per le telecomunicazioni T-A – 3 CFU Progetto di sistemi in fibra ottica T – 3 CFU Elettronica delle telecomunicazioni M-A – 6 CFU Metodi numerici per l’ingegneria M – 6 CFU ResourcesOptimisation M – 6 CFU NumericalMethods M – 6 CFU Computer Architectures M – 6 CFU Laboratory of High Frequency Electronic Circuit Design M – 3 CFU Radio Networks M – 6 CFU Information Theory and Coding M – 6 CFU Principles of Multimedia Applications and Services M – 6 CFU Optical Fiber Systems M – 6 CFU Antennas and Antenna Systems M – 6 CFU Optical Circuits and Networks M – 6 CFU Sensor and Mobile Radio Networks M – 12 CFU

More Related