Short biography

MSc in Electronic Engineering and PhD in Medical Sciences (1997, KU Leuven, Belgium). Associate Professor of Cardiovascular Imaging and Cardiac Dynamics at the Faculty of Medicine in Leuven (1998-2004). He supervised clinical research at St. George's Hospital in London (2005-2006). In 2007, he was resident Visiting Professor at the University of Zagreb, Croatia. Since Sept. 2008, he is an ICREA Research Professor at the Department of Information and Communication Technologies of the Universitat Pompeu Fabra. B. Bijnens is recognised as international expert in pathophysiological concepts and technical implementation in assessing CV diseases, with a reputation of being able to explain basic pathophysiology principles and to put technical developments in context. This resulted in many invitations to lecture at major International Conferences and in leading Research Centres. He is requested by centres all over the world for advice on research projects and papers.

Research interests

Translational Cardiovascular Pathophysiology, focussing on assessing cardiac function and understanding changes induced by disease and how treatment can modulate this remodelling. This is approached by integrating information handling and processing, combined with basic pathophysiology knowledge in order to advance clinical sciences. This implies an approach from basic understanding of disease towards a clinical study; selecting/designing appropriate investigational tools to assess relevant clinical parameters; quantifying diagnostic information (from clinical information to imaging data) to extract pertinent information and interpreting results and relate them to pathophysiology. Recent projects include the combination of computational modelling with machine learning in order to find interpretable and easy to implement/deploy techniques for the identification of patients at risk for adverse events, especially mothers and fetuses in lower-income countries.

Key words

Cardiac Imaging, Cardiovascular Dynamics, Cardiac Function and Deformation

ORCID

0000-0003-3130-6937

RESEARCHER ID

C-2955-2008