The fact that the world is changing rapidly does not surprise us anymore. New technologies have arrived and are transforming the way we live. The world we live in provides us with many possibilities, including instantaneous and real-time communication and access to our information at any moment form anywhere and from any device.


These changes have resulted in an interconnected, global world in which many actors are highly dependent of each other.


Students who complete the master’s degree in Internet of Things will be prepared to hold different positions in multidisciplinary teams, as the course covers many areas, ranging from the programming of sensors and communication elements, to the extraction, interpretation and visualization of Big Data.


Contact

formacionbisite@usal.es
677 552 639


Pre-registration and enrollement


Pre-registration open 2019/2020. Places are limited.


Pre-registration
from 3 May to 20 May
September 2019

Registration fee
1 to 31 October 2019

Course
From October 2019
to July 2020


Registration fee


Master: 3300 €

Payment with pre-registration

October

February

300 €

1500 €

1500 €

Expert: 2835 €

Payment with pre-registration

October

February

235 €

1300 €

1300 €


Program


  • A: INTERNET OF THINGS
    • A1.- IoT Instrumentation
    • A2.- Protocols and standards
    • A3.- IoT Solution
  • B: IoT INFRASTRUCTURES AND COMMUNICATIONS  
    • B1.- Communication Infrastructures for IoT
      • Wireless Communications: (WIFI Standards, Bluetooth (BLE, iBeacons), Zigbee, NFC, etc)
      • Core and Access Networks (IPv6, Mobile Networks (2G, 3G, LTE, etc.) and Security in IoT
      • Localization Systems (GPS and Glonass)
  • C: IoT DEVICES (6 ECTS)
    • C1.- Introduction to Electricity and Electronic Equipment
      • Introduction to Electricity and Basic Formulas for the design of Electrical Wiring
      • Basic concepts of electrical safety
      • Principles of electronics
      • Electromechanical control systems
    • C2.- Systems-on-a-chip
      • Raspberry Pi (Architecture and Components, Software Development and Connection to FIWARE)
      • Arduino (Architecture and Components, Software Development and Connection to FIWARE)
      • Thinking Things (Architecture and Components, Software Development and Connection to FIWARE)
  • D: APPLICATIONS OF IoT (3 ECTS)
    • D1.- IoT Applications
      • Cybercrime, types and consequences
      • Application of IoT to home automation and smart buildings (Home automation, smart buildings)
      • Application to Smart Cities and Introduction to Smart Cities
      • Business applications (Logistics and mobility, smart grid and manufacturing)
  • E: SMART CITIES
    • E1.- Integration of systems
    • E2.- City planning and the innovation ecosystem
  • F: INTEGRATION OF SYSTEMS AND TOOLS
    • F1.- Integration of systems
      • Distributed Systems: introduction to the distributed processing architectures (on the network), including systems aimed at services, multi-agent systems and especially integration through RESTful interfaces.
      • Advanced features of FIWARE Context Broker: publication of context data, management of context sources, metadata and geographic operations, etc.
    • F2.- Tools
      • Geographic information systems and spatial data infrastructures
      • Basic concepts (projections, coordinate systems)
      • OGC Standards
      • Open source tools
      • Complex Event Processing tools for the management of occurrences in the city in real-time
      • FIWARE and open source technologies
      • Introduction to Social Networking
      • Analysis of social network information
    • F3.- Advanced Tools for Smart cities
      • Media applications: analysis and modifications of media flows (video) obtained from cameras and recordings, for the development of smart city applications
      • Advanced visualization tools, including 3D visualizations in the city
  • G: DATA SCIENCES  
    • G1.- Management and analysis of data
    • G2.- Visualization of data
    • G3.- Open data
  • H: SMART BUILDINGS (Optional)
    • H1.- Smart Buildings
      • What is a Smart Building?
      • Legislation regarding smart buildings. Digital Home
      • Existing technologies for smart buildings.
      • Building Automation in the Internet of Things environment.
      • KNX-IoT
      • IZoT Platform
    • H2.- From a digital home to a digital city

Campus BISITE

Students will have access to the online Campus where they will be able to find all the topics, access the forums and chats, interact with their teachers and with the rest of the students.


Campus BISITE

Contacto

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