Imanol R. Email & Phone Number

Barcelona, Ct, Es

Barcelona, Ct, Es

Barcelona, Catalonia, Spain

Research in several areas such as leveraging 5G technology to reduce latency for real-time services, containerization of 5G network functions, V2X applications, and networks.

Mataró, Cataluña, España

I specialized in instructing Computer Science degree students in foundational and advanced concepts within these disciplines:For Services and Networks, I covered network architecture, protocols, and services. Practical sessions included implementing network protocols, analyzing packets with Wireshark, and exploring the functioning of various network services discussed in class.In Operating Systems, I taught core principles such as process management, memory management, file systems, and concurrency. Students implemented code in C to create and manage threads, learned to use parallelization, and explored process and file management within an OS through both theoretical instruction and practical coding assignments.Introduction to Computer Science focused on digital logic design, machine code, CPU architecture, and computer organization. Topics included logic gates, assembly language, CPU structure, memory hierarchy, and system architecture.I developed course content, delivered lectures and practical sessions, and assessed student comprehension to ensure a deep understanding of these critical areas.

Barcelona, Cataluña, España

I have been part of the WiNe group as a research assistant in a project focused on the development of a solution based on RFID technology for temperature measurement inside industrial ovens. The main objective of the project was to measure the temperature of the industrial ovens used for sealing car paint. The specification of the most common and cheapest tags on the market do not allow temperature measurements on this environment. In order to achieve this high temperature measurements using low cost tags, we combined encapsulation techniques for the sensors with the generation of information models, to increase the measurement range. The first conclusions and data extracted in this research are reflected in the paper:J. Melià-Seguí, I. Rojas, J. Lejarreta-Andrés and X. Vilajosana, "Towards Measurement Range Extension of UHF RFID Temperature Sensors for Industrial Applications," 2022 IEEE International Conference on RFID (RFID), 2022, pp. 12-16, doi: 10.1109/RFID54732.2022.9795975.

Barcelona, Cataluña, España

I have been part of the Smart Marina project led by INRIA (Institut National de Recherche en Informatique et en Automatique) within the WiNe group at UOC. The objective of Smart Marina is to implement sensors to measure the energy and water consumption of ships in ports. The sensors were based on WirelessHART technology and a gateway sent the data over the Internet to a backend. During my stay in the project, I designed a WirelessHART gateway with internet access via NB-IoT and communication (gateway-backend) via MQTT protocol that improved the already implemented system (based on Ethernet). This system avoided having to install an Ethernet cable in the ports to connect the gateways to the Internet. My final undergraduate project was based on this internship.

Master'S Degree, Master In Innovation And Research In Informatics (Miri)

Bachelor Of Engineering - Be, Telecomunication Systems

Robotics Training Groups, Electronics, Informatics, Programming, Dessign, 3D Printing, Drones

Xnèrgic are a series of groups where classes in robotics, electronics, programming and other technologies are taught by engineering.