My CV is well-balanced between the three main fields in Academia: research, teaching, and management. As a general introduction, I am a Telecommunication Engineer (Universidad Politécnica de Madrid, UPM, 1998) with a PhD in Telecommunication Engineering (Universidad Carlos III de Madrid, UC3M, 2007). I have 15 years of experience in three public universities -UPM, Universidad Rey Juan Carlos (URJC) and UC3M- and I have worked another 8 years in three private companies -Lucent Technologies, CH2M Hill and Avánzit Tecnología. I have also co-founded a technological start-up, Simplicity Research as a Service. I currently hold an Associate Professor position, within the Programa de Excelencia del Profesorado Comunidad de Madrid. In addition, I am the Coordinator of the Smart Mobility area in the Group of Biometry, Biosignals, Security, and Smart Mobility in UPM. Under my coordination, during the last 5 years, we have hired 19 researchers that have completed their training in R+D, more than 20% of which have continued their professional career in UPM as Assistant Professors (2) and Senior Researchers (3).

My Research (25 papers in indexed journals, 22 of which are Q1) has been inherently multidisciplinar, designing data science solutions and mathematical frameworks to a broad range of fields including Energy, Communications, Policy, Health, or Mobility. My work on the latter has covered the main areas in mobility research:

1. Identification of vehicles and pedestrians in order to build a complete and rigorous information framework, where I published a seminal paper on Bluetooth vehicle monitoring that set the basis of this technology. This work led to a software registration and its commercial exploitation in the national and international (Peru, Colombia, Australia) markets.

2. Mobility prediction. I have adopted a new perspective on mobility prediction evolving the traditional problem from regression to classification, which we applied to road traffic, parking, and public transport mobility during the different phases of the COVID-19 pandemic.

3. Shared mobility. I have studied innovative aspects of this novel mobility approach building new key performance indicators (utilization rate of the fleet), autonomously detecting the purpose of the trip (transport or leisure), and extracting the underlying transport network of bicycle sharing systems. Our work in this field led us to cooperate with Madrid's council to design and formalize the data format of the shared scooter systems operating in the city.

These publications have been generated from an extensive work in R+D projects. Thus, I have directed 9 competitive and private projects, raising 4.5 million euros in the past 10 years. Furthermore, I have participated in 23 competitive projects and 17 private contracts, collaborating with more than 20 companies operating worldwide.

The internacional aspect of my investigation also includes a 12-month research sabbatical (2021-2022) in the Centre for Transport Studies at University College London.

In terms of global metrics, my research shows an h-index 11 and 393 citations, with an average of 18,52. This activity was awarded with the Programa I3 certificate.

As for Teaching, I hav