Master of Science in INTERNET OF THINGS

The Lectures will start on September 14th

“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.”

DIGITAL COMPETENCES MANIFEST 2015

MORE INFORMATION (PDF Feb-2019)

PROGRAM

PRE-REGISTRATION

COMPANIES

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:

In 2020 there will be 20,400 million smart devices connected to the internet. 219% more than there are currently.

The economic impact in 2020 is estimated to exceed 2,900 million Euros.

The expected impact in the global economy of IoT is 20%

The benefits in terms of productivity and time savings are estimated at 12%

In 2020 there may be 800,000 unfilled ICT positions

Internet de las cosas: Análisis de oferta educativa y la demanda empresarial en España
Siemens y Berger R., (2016), España 4.0 El Reto de la Transformación Digital de la Economía.

Any degree related to Telecommunication Engineering

Any degree related to Informatic Engineering

Any degree related to Industrial Engineering

Any European (EHEA) or non-European equivalent degree

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.

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
Ingenieros e Ingenieros Técnicos en el ámbito de Electrónica, Telecomunicaciones e Informática

Acceso directo para ingenieros e ingenieros técnicos de los ámbitos de las Telecomunicaciones y la Informática.

WHAT CAN
WE
OFFER?

Technologies used to develop and set-up connected devices.

SCHEDULE

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

LECTURES

All lectures are taught in English.

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.

PROFESSORS

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

PRACTICAL COURSES

Practical courses developed mainly in the laboratory.

OFFICIAL MASTER DEGREE

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

PUBLIC PRICES

Prices that allow access to highly specialized studies.

START

September
Pre-registration Open

SCHEDULE

Monday – Tuesday
From 17:30 to 21:00 h

VENUE

Campus Sur of Universidad
Politécnica de Madrid

DURATION

Year (60 ECTS)
From September to July

master.iot@upm.es

START

September 2018
Pre-registration Open

SCHEDULE

Monday – Tuesday
From 18:00 to 21:00 h (tentative)

VENUE

Campus Sur of Universidad
Politécnica de Madrid

DURATION

Year (60 ECTS)
From September to July

master.iot@upm.es

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:

Machine Learning

Demand 199%

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.

Security

Demand 194%

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

Big Data

Demand 183%

The very high volumes of data provided by IoT devices require tools that facilitate their analysis and processing.

Microcontroller programing

Demand 225%

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.

Electric Engineering

Demand 159%

Electrical systems have to evolve to support IoT devices.

Security Engineering

Demand 124%

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

Circuit Design

Demand 231%

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

Node JS

Demand 86%

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

Desarrollo de GPS

Demand 66%

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

Autocad

Demand 216%

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

Fuentes: 1) Datos recogidos de la base de datos de ofertas de trabajo publicadas en Upwork desde octubre 2014 a diciembre 2015 en los que se mencionan dichas competencias y 2) Competencia relacionada indirectamente con el ámbito IoT Fuente: IDG Enterprise, CIO.

¿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.

INDUSTRY

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

BUSINESS ENVIRONMENTS

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

PROGRAM

MÁSTER INTERNET
OF THINGS

Topic:
EMBEDDED SYSTEMS AND IoT DEVICES

Course	Semester	ECTS
Embedded platforms and communications for IoT	1	4.5
Mobile Devices Programming	1	4.5
Sensor Networks	1	4.5
Cyberphsical systems modelling	1	4.5

Topic:
SERVICE ARCHITECTURES AND SECURITY FOR IoT

Course	Semester	ECTS
Distributed Systems for IoT	1	4.5
Architectures and service platforms	1	4.5
Information Models	1	3
Security for IoT Applications	2	4.5

Topic:
INFORMATION AND KNOWLEDGE MANAGEMENT IoT

Course	Semester	ECTS
Big Data Applications	2	4.5
Cloud computing for IoT	2	4.5

Topic:
INTELLIGENT APPLICATIONS

Course	Semester	ECTS
Intelligent IoT Applications	2	4.5

MASTER THESIS

	Semester	ECTS
Master Thesis	2	12

PROGRAMMÁSTER EN INTERNET
OF THINGS

Topic:
EMBEDDED SYSTEMS AND IoT DEVICES

Se abordan los conocimientos necesarios para el desarrollo y puesta en marcha de dispositivos conectados así como el desarrollo de aplicaciones que permitan acceder a los dispositivos.

Course	Semester	ECTS
Embedded platforms and communications for IoT	1	4.5
Mobile Devices Programming	1	4.5
Sensor Networks	1	4.5
Cyberphsical systems modelling	1	4.5

Topic:
SERVICE ARCHITECTURES AND SECURITY FOR IoT

Se forma al estudiante en toda la arquitectura estandarizada y segura de servicios que es necesaria para garantizar la interoperabilidad de los dispositivos, así como los modelos de interacción y los problemas de escalabilidad y disponibilidad de servicios.

Course	Semester	ECTS
Distributed Systems for IoT	1	4.5
Architectures and service platforms	1	4.5
Information Models	1	3
Security for IoT Applications	2	4.5

Topic:
INFORMATION AND KNOWLEDGE MANAGEMENT IoT

Se muestran las técnicas de procesamiento de información que permiten gestionar la ingente cantidad de información que generan los dispositivos IoT.

Course	Semester	ECTS
Big Data Applications	2	4.5
Cloud computing for IoT	2	4.5

Topic:
INTELLIGENT APPLICATIONS

Se muestran los dominios de aplicación en los que Internet de las Cosas se postula como la tecnología habilitadora más importante (e-Health, Smart Cities, Smart Home, Smart Factories, etc.).