Research and engineering across neurotechnology, neuromodulation, and biomedical devices
Neuro Safety Systems
Real-time driver-fatigue platform that classifies vigilance states from in-ear EEG and triggers haptic feedback on-device within milliseconds. Outperforms camera-based fatigue detection by 40%.
Thakor Lab — Honors Thesis
Feedback-controlled epidural and focused-ultrasound stimulation that modulates mean arterial pressure in spinal-cord-injury models, using multi-modal physiological signals.
In-ear autonomic monitoring
Custom PEDOT:PSS in-ear electrodes on flexible substrates plus a Python/MATLAB pipeline for R-peak detection and heart-rate-variability analysis, matching clinical gold-standard electrodes.
Mysore Lab
A Raspberry Pi simulation replicating the brain’s attentional-suppression pathways, built alongside two mentees who presented a companion build at a Young Engineers contest.
St. Vincent de Paul Pharmacy
An n8n workflow with an AI-powered FAQ and SMS interface that automated patient outreach and cut administrative load for a volunteer pharmacy.
Thakor Lab
Custom surgical tools and ultrasound-integration devices designed and fabricated in SOLIDWORKS to improve neuromodulation experiments.