• 2017cover Present
  • 1

University Expert in Tools for the Management of Intelligent Buildings from the Rey Juan Carlos University

INFORMATION, PRE-REGISTRATION AND REGISTRATION
Own Teachings
Telephone: 91 488 70 40
Contact Academic Address: Prof. Juan Antonio Melero Hernandez ,Director of the SMART E2 Chair Professor of Chemical Engineering at the URJC.  Prof. Gabriel Morales Sanchez, Co-director of the SMART E2 Chair, Professor of Chemical Engineering at URJC.

Student attention:    Student Help Box     Suggestions and complaints box

more information

Basic Information

Presentation

The Academic Committee of the SMART E2 Institutional Chair has identified the opportunity to start up at the Rey Juan Carlos University a University Expert Course in tools for the management of intelligent buildings in order to train students in the concept of Industry 4.0 and Smart (Building, Campus, City, Energy). Therefore, this course will comprehensively address those methodologies and technologies that are already demanded by governments, institutions and, in general, by society, and that will allow achieving the objectives set in terms of reducing energy consumption and, therefore, emissions harmful to the environment within the framework of the “Smart Cities".

The course will feature Industry 4.0 companies and URJC professors who are experts in the implementation and development of infrastructures and software that allow the analysis of data from facilities technical management systems (BMS) and energy monitoring (EMS). We will also have the participation of experts in optimizing the operation of installation control systems by applying new rules and advanced methodologies from the analysis of recorded data from buildings. In addition, the collaborating professors of the SMARTE2 chair will present success stories related to the efficient operation of buildings and with a special focus on the BIM methodology for the exploitation of assets based on IoT infrastructures.

Objectives

The general objective of the course is the training of students in digitization systems for Smart Buildings in the context of Smart Cities supported by tools for infrastructure and Data Management, IoT, data analytics and digitization of buildings and spaces to facilitate maintenance and management services.

Competences

Module I. Technologies for the management of smart cities. Infrastructures and data management.

  1. Acquisition of knowledge for services, infrastructures and platforms in the management of smart cities.
  2. Acquisition of knowledge related to the Internet of Things (IoT) concept in the smart city.        
  3. Acquisition of knowledge related to the acquisition and sensorization in IoT devices.
  4. Ability to design, implement and commission a network of IoT devices.
  5. Ability to select data representation tools in monitored information panels.
  6. Acquisition of techniques for the analysis and implementation of cloud computing. 
  7. Study the possibilities of predictive computing, Big Data and Deep Learning for use in the smart city, as a decision-making aid tool.
  8. Acquisition of knowledge for cybersecurity in Industrial Control Systems and on the specificity of this type of context.
  9. Analysis and evaluation of solutions for Smart cities. 

Module II. Data analytics. Optimization of the operation of buildings and facilities

  1. Acquisition of knowledge in databases applied to the IoT environment.
  2. Competencies to carry out diagnostic tests and registration of solutions in the context of Smart Cities.   
  3. Ability to analyze, implement and evaluate analytics software. 
  4. Ability to autonomously learn new knowledge and techniques suitable for the conception, development or exploitation of data in the context of Smart Cities.
  5. Ability to create analytics solutions in the context of Smart Cities.

Module III. Digital modeling of real estate

  1. Knowledge and application of BIM technology for the digital modeling of buildings.
  2. Ability to design and create a point cloud using a laser scanner.
  3. Knowledge of existing solutions in the market related to digital modelling.
  4. Ability to create a digital twin from a point cloud using Autodesk – Revit software.
  5. Ability to integrate information from IoT nodes (real time) in digital twins.
  6. Knowledge of different possibilities of using digital twins.

SCHEDULE

The study plan is structured in three modules.

Module I. Technologies for the management of smart cities. Infrastructures and data management. 3 ECTS

Module II. Data analytics. Optimization of the operation of buildings and facilities. 2,8 ECTS

Module III. Digital modeling of real estate. 3,2 ECTS.

To see more details of each module, consult the website of the SMARTE2 chair. https://smarte2urjc.es/

Recipients

access requirements

Be in possession of an official bachelor's or master's degree (or engineering). In the case of undergraduate students, they will have conditional access as long as they have a maximum of 30 ECTS credits left to pass the degree. Students with conditional enrollment will not be able to obtain the degree until they finish their undergraduate studies. In the case of master's students, they will have access, even if they have not completed their master's studies.

Professionals from companies or public institutions without official qualifications will be accepted as long as they prove a minimum experience of 5 years in the subject related to the efficient management of buildings under the concept of Smart Cities. In these cases, they can only opt for a university extension certificate with the same name and number of credits.

Selection criteria

In the event that the number of applications exceeds the maximum number of places offered, students with an official degree will have preference and a selection will be made based on the following criteria:

  • Applicants who have completed their studies in undergraduate (or engineering) degrees in the field of industrial engineering, telecommunications or computer science. up to 40 points
  • Applicants who have completed their master's degree in the field of industrial, telecommunications or computer engineering. up to 20 points
  • Average mark in the degree up to 40 points.

Number of Places

Minimum number of places: 25

Maximum number of seats: 45

Academic Management and Faculty

Address

Prof. Juan Antonio Melero Hernandez

Director of the SMART E2 Chair

Professor of Chemical Engineering at the URJC

Academic secretary

Prof. Gabriel Morales Sanchez

Co-director of the SMART E2 Chair

Professor of Chemical Engineering at the URJC

Module Coordinators

  • Coordinator of module I. Prof. Julio Ramiro Bargueño. Professor of the area of ​​Signal Theory and Communications at the URJC.
  • Coordinator of module II. Prof. Cristina Rodríguez Sánchez. Professor of the Electronic Technology area at the URJC.
  • Coordinator of module III. Prof. Maria del Prado Diaz de Mera. Visiting Professor in the area of ​​Chemical Engineering at URJC.

Faculty

URJC faculty

  • Julio Ramiro Bargueno. Professor of the URJC. Specialist in Smart Cities and Telecommunications.
  • Miguel Gallego Carrillo. Professor of the URJC. Specialist in Cloud Computing and security regulations.
  • Francisco de Asís Gortázar Bellas. Professor of the URJC. Specialist in Cloud Computing and security regulations.
  • Marta Beltran Pardo. Professor of the URJC. Cybersecurity specialist in OT and ICT networks.
  • Cristina Rodriguez Sanchez. Professor of the URJC. Specialist in monitoring systems and IoT systems.
  • Immaculate Mora Jimenez. Professor at the URJC. Specialist in Analytics Software for Big-data processing.
  • Clara Simon de Blas. Contracted Doctor of the URJC. Expert in statistics and operational research.
  • Ana Elizabeth Garcia Sipols. Professor of the URJC. Expert in statistics and operational research.
  • Jose Francisco Gonzalez Campos. Associate professor at URJC. Expert in REVIT and BMS.
  • Javier Orellana Sanz. Energy Manager of the URJC. Administration and services staff of the URJC. Expert in digital buildings and energy efficiency.

External Faculty

  • Juan Manuel Garcia Sanchez. AENOR. Expert in Smart Cities.
  • Albert Losada. ALAI. Expert in Smart Cities and Industrial Networks.
  • Jaime Amiguetti. Graduated in Telecommunication Systems Engineering and Master in Telecommunication Engineering from the Rey Juan Carlos University. Expert in IoT systems and Telecommunication systems.
  • Alberto Rodriguez Moreno. DEEP INSIGHT. Expert in IoT systems and Telecommunication systems.
  • David Rodriguez Lawrence. DEEP INSIGHT. Expert in IoT systems and Telecommunication systems.
  • Paul Villoria. GETRONICS. Expert in IoT systems, Databases and BMS.
  • Angel Lopez Alegria. IBM. Expert in IoT systems and Databases.
  • Javier Portabella, SCHNEIDER ELECTRIC. Expert in Digitization and Energy Efficiency.
  • Carlos Alvarez. GETRONICS. Expert in Telecommunication systems and Intelligent Buildings.
  • Boris Delgado. AENOR. Expert in Digital Twins.
  • José Miguel Luna. ENERDEX. Expert in Digital Twins and BMS.
  • Julius Elipe. CADLAN. Expert in Digital Twins and BMS.

Duration and development

Modality: On-line

Number of credits: 9 (90 hours)

Contact hours: 20 hours of the REVIT course

Place of delivery: Online classes (70 hours) will be taught through the URJC VIRTUAL CLASSROOM and TEAMS platform. The face-to-face REVIT classes (20 hours) will be taught in the computer room at the Higher School of Experimental Sciences and Technology (ESCET). Mostoles Campus.

Hours: The usual schedule will be Tuesdays from 17:00 p.m. to 21:00 p.m. and Thursdays from 17:00 p.m. to 21:00 p.m.

To see more details of the schedule, consult the website of the SMARTE2 chair. https://smarte2urjc.es/

Start date: November 15th 2022

Finish date: March 28th 2023

Reservation of place and enrollment

Pre-registration period: From September 1 to October 15, 2022

Registration period: From October 22 to November 10, 2022

Title price: 1000 euros

Possibility of scholarship (if applicable): No

Pre-registration: €250. This amount is included in the total cost of the course and will be returned if your academic request is not accepted or if the minimum number of students is not reached. If, once the student's application has been admitted, the enrollment is not formalized, the amount deposited for pre-enrolment will not be returned.

The start of the course is conditioned to the minimum number of students enrolled.

Documentation to attach, forms and place of delivery

the applicants they will present all the scanned documentation, in the formats allowed through the telematic self-registration application at the time of applying for admission to own degrees. They must compulsorily attach to their request the declaration of the person responsible for the veracity of the data provided in digital format.

At any time, both the Program Management and the Own Teaching Service may request the applicants to submit said certified/collated documentation through the General Registry, located on the Móstoles Campus, or in any of the registries assistants located in the different campuses of the Rey Juan Carlos University, or by sending it through Certified Mail to: Rey Juan Carlos University. General Registry. Avda. Tulipán s/n. 28933. Mostoles. Madrid

The student is responsible for the veracity and correctness of the data provided, exonerating the Rey Juan Carlos University from any responsibility and guaranteeing and being responsible for its accuracy, validity and authenticity.

Required documentation:

Students with a degree obtained from a Spanish university or a Higher Education Institution belonging to another Member State of the European Higher Education Area that authorizes access to own postgraduate degrees must present the following documentation:

  • National Identity Document or equivalent
  • University degree of the studies that give access to the requested postgraduate degree.
  • Curriculum vitae
  • Responsible declaration of veracity of the data provided in digital format
  • Any other document that the Director of the Own Title specifically requires for its acceptance

Students with a foreign degree must present the following documentation:

  • Passport or Residence Card
  • Foreign Higher Education Degree (Graduate, Graduate, Architect, Engineer Doctor...) that give access to own postgraduate degree studies.
  • Certificate certifying that the studies carried out give access to an Official Postgraduate Degree in your country of origin, issued by the University of origin
  • Curriculum vitae
  • Declaration of the person responsible for the veracity of the data provided in digital format
  • Any other document that the Director of the Own Title specifically requires for its acceptance

Applicants with studies completed in foreign University Centers may be requested at any time a certificate of verification of these studies and centers, issued by an authorized Institution.

All documentation provided must be legalized in accordance with Spanish law and translated by an official translator.