MRes Neurotechnology
Thesis: Dry-Contact In-Ear EEG for Investigating Neural Responses to Music, supervised by Dr. Rylie Green. Modules spanned neuroscience, systems physiology and brain-machine interfaces.
With foundations in physics, biophysics, nanomaterials, and neurotechnology, I approach medicine through the perspective of both research and clinical training, with a particular interest in translating engineering and scientific discoveries into meaningful advances in patient care.
Before entering medicine, my research focused on wearable neural interfaces and electrophysiology, most recently through the development and validation of an in-ear EEG system at Imperial College London. Earlier work in nanomedicine and biomechanics taught me to think across scales, from engineered materials and cellular systems to the electrical signals generated by the human body.
Observing craniotomies and spinal procedures at King's College Hospital gave these experiences a new perspective. Concepts that had once existed as data, models, and laboratory experiments became tangible in the operating theatre, where precision, decision-making, and the interpretation of biological signals directly shaped patient care. It was this intersection of engineering, neuroscience, and surgery that confirmed my desire to pursue medicine.
