Telecommunications Engineering

Course Structure

1. [\'Advanced Communications for Wireless Systems\', \'Communication Networks\', \'Electronic Instrumentation and Optoelectronics\', \'Electronic System Design for Communications\', \'Innovation Based Service Management\', \'Management of Telecommunications Projects\', \'Overlay Networks\', \'Telecommunications Systems\', \'Wireless Communication Links and Antennas\', \'Advanced Analog Circuit Techniques\', \'Advanced Digital Systems\', \'Advanced Fibre Optical Communications\', \'Advanced Mobile Communications\', \'Advanced Signal Processing: Tools and Applications\', \'Antennas and Microwaves\', \'Applied Convex Optimization\', \'Array Processing and Smart Antennas\', \'Basic Mathematics for Algebraic Coding Theory with Applications to Cryptography\', \'Biometrics\', \'Control Theory and Applications\', \'Critical Thinking and Creativity\', \'Data Transmission Protocols\', \'Deep Learning for Computer Vision\', \'Deep Learning for Speech and Language\', \'Digital Communications\', \'Digital Image and Video Processing\', \'Digital Speech and Audio Processing\', \'Distributed Systems, Internet and Web Technologies\', \'Earth and Cosmos\', \'Electronics for Communications Systems\', \'Fibers and Telecommunications\', \'Financial Engineering: Applications to Information Technology Projects\', \'Future (Inter)Net(Works)\', \'Future Trends in Mobile Communications\', \'GPS and Galileo Data Processing: From Fundamentals to High Accuracy Navigation\', \'Graphene and Carbon Nanotubes Introduction and Fundamentals\', \'Information Technology Service Management\', \'Information Theory\', \'Instrumentation and Sensors\', \'Integrated Photonics\', \'Internet and Networked Economy\', \'Introduction to Computer Vision\', \'Introduction to Microelectronic Technologies\', \'Introduction to Research\', \'Introduction to Research\', \'Introduction to Research\', \'IP Networks and Protocols\', \'Laser, Terahertz and Microwave Research and Applications\', \'Lidar Processing and Inversion: Applications to Remote Sensing of Physical Parameters\', \'Lidar Remote Sensing\', \'Machine Learning From Data\', \'Marine Technology Instrumentation\', \'Matlab: Fundamentals And/Or Applications\', \'Micro and Nano Electronic Design\', \'Micro and Nanotechnologies\', \'Microwave Imaging for Remote Sensing\', \'Microwave Photonics\', \'Microwaves and Photonics for Communications and Earth Observation\', \'Network Performance Analysis and Evaluation\', \'Network Security\', \'Networking and Future Internet Opportunities\', \'Networks\', \'Numerical Methods for Electromagnetic Engineering\', \'Optical Fiber Telecommunications\', \'Optical Fiber Telecommunications Lab\', \'Optical Networks\', \'Optoelectronics and Photovoltaic Technology\', \'Photonics Systems in Telecommunications\', \'Power Control and Processing\', \'Power Electronic Circuits\', \'Programmable Electronics\', \'Quality of Service in Networks\', \'Radar, Radionavigation and Location Systems\', \'Remote Sensing for Earth Observation\', \'Resource Management in Wireless Communications\', \'Sensors, Instruments and Measurement Systems\', \'Short Range Communications\', \'Signal Processing\', \'Software-Based Digital Control Applications\', \'Speech Technologies\', \'Start-Up Initiation: Theory and Strategy\', \'Stochastic Processes\', \'Systems Based on Microprocessors\', \'Technology Asset Management\', \'Telecommunication Systems Fundamentals\', \'Telecommunications and Electronics Seminar\', \'The Connected Vehicle\', \'The Use of Selective Contacts in Solar Cells\', \'Transoceanic Communications\', \'Waves and Systems\', \'Wireless Access Networks\', \'Wireless Laboratory\', "Master\'s Thesis"]