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About

Andrew T. Repetski is pioneering the future of wearable neurotechnology through his groundbreaking work in on-scalp printed electronics. His most-cited paper, "On-scalp printing of personalized electroencephalography e-tattoos" (2025), introduces a revolutionary method for creating ultra-thin, conformable EEG sensors that can be directly printed onto a patient's scalp. This innovation bypasses the discomfort and signal degradation of traditional gel-based electrodes, offering high-fidelity, long-term brain monitoring for clinical and research applications. Repetski’s contributions lie at the intersection of materials science, biomedical engineering, and personalized medicine, demonstrating how flexible electronics can be tailored to individual head shapes for enhanced comfort and data quality. With 19 citations already, this work signals a growing impact in the field of non-invasive neural interfaces. His research promises to transform diagnostics for epilepsy, sleep disorders, and brain-computer interfaces, making continuous, real-time brain monitoring accessible outside the clinic. For students and researchers, Repetski’s work exemplifies how creative fabrication techniques can solve long-standing challenges in wearable health technology.