Teams at Massachusetts Institute of Technology

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 nano/micro-electronic devices (diodes, transistors, MEMS) for wireless brain stimulation implants using cleanroom tools and optimize devices for biomedical applications.

Conduct transdisciplinary research to develop autonomous, non-surgical sub-cellular brain implants. Apply knowledge from applied physics, nanoelectronics, materials science, or bioengineering, learn neurotechnology and biology, and contribute to device development and translation toward clinical applications.