I am a Senior Research Scientist in the Measurement Science group at NORCE, specializing in measurement systems, uncertainty and sensitivity analysis, analytical and numerical modelling, and advanced data analytics. My work focuses on the development, evaluation, and validation of complex measurement systems, with particular experience in CO₂ emissions monitoring, fiscal flow metering for single- and multiphase flows, and allocation systems.
I have a strong academic background in fundamental physics, holding master's degrees from Université Paul Sabatier and the University of Bergen, with studies including quantum mechanics, relativistic quantum mechanics, quantum field theory, and relativity. I also hold a PhD in Physics from the University of Bergen through the SFI Smart Ocean research centre, where I investigated sensor errors and uncertainty in underwater measurements.
My research lies at the intersection of physics, measurement science, and sensor technology. I am particularly interested in applying methods from uncertainty quantification, modelling, estimation theory, and data fusion to next-generation sensing technologies, including quantum sensors and quantum metrology.
In addition to research, I regularly teach courses on uncertainty propagation in measurement systems and contribute guest lectures for university students. I enjoy communicating scientific and technological advances through conferences, workshops, and professional training activities. My goal is to bridge fundamental physics and industrial applications in precision measurement, sensor systems, and decision support.
Research interests: Measurement science, uncertainty quantification, sensitivity analysis, quantum metrology, quantum sensing, sensor fusion, data analytics, numerical modelling, CO₂ monitoring, underwater sensing, fiscal flow measurement, and precision measurement systems.
