Teams at Massachusetts Institute of Technology

Hands-on role performing in vitro neural recordings from cultured neurons (patch clamp, MEA, calcium imaging), neuron culture, electrical modeling (Hodgkin-Huxley), and data analysis. Contribute to studies of neuromodulation and neural plasticity and collaborate on experimental design and interpretation.

Lead human-translation and indication-prioritization for a non-surgical wireless nano-electronic neural implant platform. Select beach-head indication, build regulatory and clinical strategies (FDA, EU MDR, ROW), drive milestone plans from GLP/preclinical to pivotal trials and approval, and coordinate KOL, payer, and commercialization activities.

Design, simulate, fabricate, and characterize micro- and nano-electronic devices for wireless brain stimulation. Perform cleanroom photolithography, thin-film deposition, etching, and electrical/material characterization. Collaborate with biomedical partners to explore implant applications.