Plana personal

Universitat de Girona Plana personal del Dr. El-fakdi Sencianes, Andres
Informació general
  • 972 41 5384
  • POLITÈCNICA IV
    Campus Montilivi
    17003 - GIRONA
    Despatx:
 
Dr. El-fakdi Sencianes, Andres

Departament: Enginyeria Elèctrica, Electrònica i Automàtica

Àrea de coneixement: Enginyeria de Sistemes i Automàtica

Institut: Institut d'Informàtica i Aplicacions

Grup de recerca: Enginyeria de Control i Sistemes Intel·ligents. Exit

Currículum abreujat

My name is Andres El-Fakdi, Smart Cities Master co-coordinator and researcher in the Department of Electrical Engineering, Electronics and Automation at the University of Girona. I'm a member of the Tecnio Centre EASY in the Agents Research Laboratory. My research interests are focused in contributing to the development of modern societies in urban environments. For this purpose, my studies are related with the application of machine learning techniques for Big Data Analytics and the use and development of blockchain technologies for distributed security and IP assurement. My field of work are smart cities.

Along the PhD my research has been focused on the study and development of machine learning techniques and its application to autonomous mobile robots and autonomous underwater vehicles in real robotics tasks. The purpose of my PhD research has been to demonstrate the feasibility of artificial intelligence for learning in open scenarios. Therefore, my PhD succesfully concluded with the utilization of learning algorithms to overcome not programmed changes in the environment conditions which lead robots to fulfill particular tasks. Nowadays, my post doctoral research is centered in the study, design and development of machine learning solutions for knowledge extraction in high complex processes, usually related with smart cities.

Improving cities is a pressing global need as the world’s population grows and our species becomes rapidly more urbanized. Thanks to the relative ease with which local governments can now gather real time data, combined with the capabilities of artificial Intelligence, cities are realizing interesting new ways to run more efficiently and effectively. Therefore, current research carried out at our research group and with our smart city master students is aligned with the application of machine learning techniques and blockchain technologies for big data analytics, smart traffic and parking management, energy efficiency in buildings, citizen participation and e-government.