Success Stories
Highlighted projects of inLab FIB
inLab FIB and Qorvo Inc. are collaborating on a research project exploring artificial intelligence-based approaches to accelerate microelectronic circuit design, with a focus on design automation and performance prediction.
The purpose of this project is to develop a proof of concept for the design, development, and experimentation of a simulation model for a specific section of a highway using available open-source tools.
The DS4MOBMODELS project aims to define and create an advanced Mobility Data Space that integrates transport and freight, traffic, and passenger data and models across various regions, such as Spain, the New Aquitaine–Basque Country–Navarre Euroregion, and the Central Region of Portugal.
The inLab FIB will carry out a study and develop a proof of concept of a new triage system for the “Hospital de la Santa Creu i Sant Pau”. This system will prioritize certain patients to prevent waitings from negatively affecting them.
The inLab FIB collaborates with the Mossos d’Esquadra by assisting in the analysis and research of security monitoring systems for infrastructures, featuring enhanced capabilities that enable improved detection of vulnerabilities and threats, as well as integration with other tools that will expand functionalities such as incident management or asset discovery.
The project “Developement of automation technology” is an initiative led by Supertronic with the participation of TECNIO inLab FIB center, focused on the automation of the selection and creation process of plastic envelopes for printed circuit boards (PCB’s).
The aim of the i-MovE project is to generate a collaborative data space that facilitates access to urban mobility information to all actors in the transport sector. This space will contain different types of data with different spatial and temporal aggregation frames.
The company Friselva, together with the Alimentaria Guissona Corporation (bonÀrea) and with the participation of the inLab FIB from UPC as a technology center, is working on the Hydroless operational group project.
The inLab FIB participates in a innovative project to develop an interactive assistant based in Artificial Intelligence (AI), designed to help solve quality issues.
This project aims to implement Industry 4.0-based technologies to make communications, data collection and supervision of unconnected machinery within a medical/ hospital environment.
In today’s digital age, mobile applications have become an integral part of our daily lives, but they have also increased the risks of cybersecurity. Companies face the challenge of protecting their applications and user data in an environment of constantly evolving threats.
The goal of this project is to develop a technological tool to measure, analyze and reduce the environmental impact within the industrial environment.