We are more and more concious about the challenge we must face in order to guarantee our current energy-based comfort and economic growth. However, there is still much to do. We focus our work in stopping wasting energy. Our contributions target novel ways of measuring efficiency and its environmental impact, at two levels: buildings and national energy systems.
Congestions, harmful emissions, waste of time... are some of the concepts that we relate to mobility. We must find innovative solutions to tackle these problems that affect us all. We have worked very closely with industrial partners to develop data-driven intelligent systems capable of characterizing, predicting, and analyzing the performance of every transport mode.
Big-data is currently real. The challenge now is to evolve to BigINFO, extracting meaningful information from data processing elements that can grow. Correspondingly, we have developed smart platforms and edge-computing systems that employ creative approaches to construct real sensory systems and data processing algorithms.
PhD in Telecomms. She is our research engine. She is a tough worker, creative and rigorous, which eventually forms the perfect combination to solve complex problems with robust and simple solutions.
PhD in Telecomms. He is Senior Lecturer at the Department of Applied Mathematics in the School of Telecommunication Engineering (UPM). He has worked as Project Manager in Industry and Academia.
PhD in Physics. Researcher in Imperial College London and University College London before joining GB2S-UPM. He has been CEO and CTO in 4 software and communication companies. He builds innovative solutions to current issues that form the basis for future development.
PhD in Telecomms. He has devoted his entire professional career to research. He can deal with any type of data to extract their most profound pieces of information to understand the present and predict the future.
PhD in Physics. He has worked in different Mexican and Spanish universities, holding a prestigious Marie Courie international scholarship. He is able to utilize orthogonal expertise and knowledge to make the most out of the smart mobility solutions he develops.
