MASTER OF SCIENCE IN
INTERNET OF THINGS

“IoT is a cross-cutting trend that will change the way people live, work, entertain and travel,
as well as the way governments and companies interact with the world.”

IMPACT OF IOT
IN THE FUTURE

IoT is the technology that will allow the connection of billions of devices to provide innovative and smarter solutions to current problems. In the coming years the growth of IoT will translate into:

INTEREST IN THE INTERNET OF THINGS

La Internet de las Cosas (IoT, “Internet of Things”) está en el centro de muchas de las últimas evoluciones de las comunicaciones, Internet, electrónica y sistemas de información. Prácticamente cualquier área de aplicación en la que se pueda pensar (hogar y ciudades inteligentes, industria 4.0, e-Salud, “Smart grids”, transporte, seguridad, y un largo etcétera) incluye hoy en día la captación, comunicación, almacenado e interpretación de datos cuya base se encuentra en la IoT. Las posibilidades de empleo son, por lo tanto, amplísimas en la actualidad, además de ser un ámbito apasionante por su novedad y utilidad.

teleco campus sur

¿WHERE YOU CAN
FIND IOT SOLUTIONS?

Nowadays we can find
IoT devices in multiple elements
of our environment.

HOME

Energy management, security, automation of routine tasks, design of applications based on use.

OFFICES

Organizational redesign and monitoring of workers, augmented reality for entertainment. Energy monitoring. Building security.

LOGISTICS

Planning. Cars and autonomous trucks. Navigation.

WORK PLACES

Optimization of operations, equipment maintenance, health and safety. ID provided by IoT.

 

VEHICLES

Maintenance based on conditions. Reduced insurance.

CITIES

Public safety and health. Traffic control and resource management.

HUMANS

Monitoring and disease management, improving well-being.

 

BUSINESS ENVIRONMENTS

Automated ATMs, planning optimization, smart CRM, personalized promotions within the store, prevention of inventory reduction.

INDUSTRY

Optimization of operations, predictive maintenance, inventory optimization, health and safety.

 

MOST DEMANDED PROFILES IN NEAR FUTURE

According to the IOT report prepared by Cotec (Internet of Things: analysis of educational offer and business demand in Spain) the most demanded profiles and their relative increase are the following:

estudiar telecomunicaciones en madrid

Machine Learning

The algorithms proposed in the Machine Learning environment allow the processing of the data captured by the sensors and other connected devices so that the machines autonomously improve their future behavior.

Microcontroller programing

The thousands of IoT devices are connected and many of them are composed of a microcontroller that adds intelligence to the device to process the data.

Node JS

Node js is an open access server-side environment that allows you to develop applications to manage connected devices.

Big Data

Los elevadísimos volúmenes de datos proporcionados por los dispositivos IoT requieren de herramientas que faciliten su análisis y procesamiento.

Desarrollo de GPS

The GPS market is receiving a new boost thanks to the development of weareables, connected vehicles and logistics systems.

Autocad

The popular SW design has increased its use as the number of connected devices in the IoT ecosystem increases.

Circuit Design

Connected devices need designs that take into account the new requirements of IoT systems.

Security

The security of the information and the data generated by the devices is one of the biggest limitations of the development of IoT devices.

 

Security Engineering

Cybersecurity is one of the challenges facing the IoT market. Security threats and data privacy limit its expansion.

PREVIOUS
KNOWLEDGE

If you have any of the following degrees you can directly access the master without any training supplement. Each subject will adapt to the previous knowledge of the students.

  • Grado en Ingeniería Electrónica de Comunicaciones
  • Grado en Ingeniería de Sistemas de Telecomunicación
  • Grado en Ingeniería de Sonido e Imagen
  • Grado en Ingeniería Telemática
  • Grado en Ingeniería del Software
  • Grado en Ingeniería de los Computadores
  • Grado en Sistemas de Información
  • Grado en Tecnologías para la Sociedad de la Información
  • Grado en Ingeniería Informática
  • Grado en Ingeniería de Tecnologías y Servicios de Telecomunicación
  • Grados del ámbito de la Ingeniería Industrial (a analizar en cada caso)
  • Títulos Europeos del EEES o extracomunitarios equivalentes
  • Ingenierías e Ingenierías Técnicas en el ámbito de Electrónica, Telecomunicaciones e Informática
  • WHAT CAN WE OFFER? ?

    SCHEDULE

    Compatible with your work activity, the classes are taught in the afternoon after 18:00 (tentative).

    LECTURES

    All lectures are taught in English.

    PROFESSORS

    Professors with great experience in teaching and research related to IoT.

    PRACTICAL COURSES

    Practical courses developed mainly in the laboratory.

    PRACTICES AND SEMINARS

    Seminars taught by companies, allowing the access to open positions in the companies.

    STUDY

    Study in one of the best European Universities.

    OFFICIAL MASTER DEGREE

    Official program accredited by the Madri + d Foundation (pending final resolution).

    PUBLIC PRICES

    Prices that allow access to highly specialized studies.

    INTERNACIONALIZACIÓN


    Como parte de la vocación internacional del máster se está subscribiendo acuerdos con diferentes universidades europeas así como empresas internacionales para el desarrollo de prácticas extracurriculares y TFMs

    Acuerdo de doble titulación con el Politécnico de Turín para el máster de Smart Society. Mas detalles.

    Acuerdo de doble titulación de Máster con INSA Rennes en Francia para los entre otros: Master Computer Science y Máster en Sistemas Complejos. Ver detalles.

    Acuerdo con BMW Alemania para el desarrollo de prácticas externas

    PROGRAM MÁSTER
    INTERNET OF THINGS

     
    CourseSemesterECTS
    Embedded platforms and communications for IoT14.5
    Mobile Devices Programming14.5
    Sensor Networks14.5
    Cyberphsical systems modelling14.5

     

    CourseSemesterECTS
    Distributed Systems for IoT14.5
     Architectures and service platformS14.5
    Information Models13
    Security for IoT Applications24.5

     
     
    CourseSemesterECTS
    Big Data Applications24.5
    Cloud computing for IoT24.5

    CourseSemesterECTS
    Intelligent IoT Applications24.5

     

    Course

    SemesterCréditos
    Master Thesis212
     
     
     

     

    PROFESSORS