Expert in clinical neural engineering based on signal processing of neuroimaging and electrophysiological data to objectively assess sensory and cognitive processing in clinical cohorts.
Specific Expertise:
•Development of novel methods for detection, analysis and classification of biomedical signals.
•Implementation of biomedical signal processing for the medical devices industry.
•Technical resource for the development of new signal processing methods for biomedical applications.
•Independent regulatory consultant in Medical Device EU regulatory environment.
Research FOCUS
Neural engineering for diagnostic prediction of the human physiological and cognitive state. Advanced, original neural signal processing methods to create novel and leading-edge, patient-oriented neurodiagnostics methods but also neural prosthetics and neuromodulation devices. Analysis of human sensory and multisensory integration processes using high density electrophysiological analysis and multimodal fusion of information for neurological diagnosis and assessment. Research targeted a better understanding of the underlying pathophysiology of sensory and cognitive processing.