Analyze basic modulations techniques.



Knowledge of transmision mediums.



Understanding the operation of radio and television systems.



Understand the configuation of TCP/IP computer networks



Design Internet of Things (IoT) systems using wireless communication technologies.

1. INTRODUCTION TO TELECOMMUNICATIONS

Basic definitions of telecommunications. Prior knowledge of basic terms and concepts of telecommunication.



2. MODULATIONS

Brief introduction to the different types of modulations. Both analog and digital modulations will be studied. Real applications of these modulations.



3. TRANSMISSION MEDIUMS

Transmission mediums: cable, optical fiber, air. Their characteristics and applications.



4. BROADCAST

Radio and analog and digital television. Color television standards. Types of modulations.



5. HOW THE INTERNET WORKS

TCP/IP protocol. IP adressing.



6. WIRELESS COMMUNICATIONS

Communication technologies such as Bluetooth, ZigBee, Wi-Fi, mobile data (2G, 3G, 4G).

In the lectures the teacher will give explanations, and will propose exercises.



In the second part of the course, weeks 11-15, Project Based Learning (PBL) Will be applied. Students work in groups to do an engineering project and create technical documentation that must be presented in a final report and oral defense. They will also implement a phisycal prototype.



If health conditions prevent in-class teaching or assessment, online activity will be used and students will be notified of this change.

The assessment will be divided as follows:



Written exam %40

Labs %20

Group works and presentations %40



Final assesment will be the average of the those, but it will be necesary to get at least 4 points in the written exam and, acquire the practical skills in the lab.



After the individual test around the middle of the course, optional activities will be proposed to correct errors and overcome obstacles found in the learning process. Then, students will be given the opportunity to make another test and the grades achieved will replace the ones they got before.



In any case, students will have the right to be evaluated through the final evaluation system, regardless of whether or not they have participated in the continuous evaluation system.

To this end, students must submit in writing, to the faculty responsible for the subject, the waiver of continuous evaluation, for which they will have a period of 9 weeks. Previously, the studends must pass the labs.



They must document the reasons in the administration. Through a final assessment, the students will be able to check the results of learning process. Before, they will be required to overcome the practical skills of the lab.



This Final assesment, will have the next parts:



1) The delivery of an individual work, which will be described in the student handbook: 40%

2) Labs, where the application of experimental techniques will be evaluated: 20%

3) Final written test: Development questions and problems to solve will be asked: 40%



Students may waive the ordinary call through a letter sent to the teacher at least 30 days before the start of the official examination period



In the evaluation tests the calculator may be used, but not other tools or devices, such as telephone, electronic, computer or similar.

Lecture notes.

Bibliografía básica

- The essential guide to telecommunications / Annabel Z. Dodd.

- Wireless sensor networks : architectures and protocols / Edgar H. Callaway, Jr.

- Building wireless sensor networks / Robert Faludi