About
I am a neuroscience researcher with training in clinical electrophysiology and non-invasive neuromodulation. My work focuses on taVNS, rTMS, tACS, and tDCS, combined with HRV, EEG, ERP, and evoked potential–based measurements, and advanced signal analysis in Python and MATLAB.
My research characterises stimulation-induced changes in the brain-body interactions and their relationships with behaviour and clinical outcomes, integrating EEG dynamics, functional connectivity, and HRV-derived autonomic markers. I am particularly interested in translational neuromodulation, neurorehabilitation, and data-driven approaches to personalised brain health.
I actively seek collaborations and research opportunities across academic laboratories, clinical research settings, and neurotechnology or biomedical industry teams working on brain stimulation, electrophysiology, and biomarker-driven interventions to improve diagnosis and therapeutic outcomes. Open to research roles, post-graduate research opportunities, and interdisciplinary projects that bridge discovery with impact.
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