Manufacture implantable micro-electrodes for brain-computer interfaces by operating microfabrication equipment, assembling and testing components, maintaining process documentation, and supporting quality and process improvements.
Designs, fabricates, and characterizes implantable microelectrode arrays for brain-computer interfaces, developing materials and processes that support stable implants and move prototypes toward reproducible manufacturing.
Design and validate the analog and mixed-signal circuitry for an implantable brain-computer interface, from low-noise neural signal acquisition through ASIC tape-out, silicon validation, and system architecture.
Leite internationale Entwicklungsteams und mehrere Brain-Computer-Interface-Projekte, entwickle Produktideen bis zur Umsetzung und baue Fertigungsstätten für die nächste Generation der Technologie auf.
Lead and grow a neural software engineering team building brain-computer interfaces, owning real-time neural signal processing, decoding, stimulation, and end-to-end software architecture for implant-to-patient systems.
Lead a team developing and manufacturing implantable microelectrodes for brain-computer interfaces, from electrode design and lab characterization through scalable, reproducible fabrication.
Own the development strategy and execution for brain-computer interfaces, from evaluating scientific and commercial opportunities to coordinating partners, timelines, budgets, and the capabilities needed for successful market launch.
Develop brain-computer interface technology through hands-on work in hardware development, scientific and technology analysis, and regulatory application, with a path toward technical leadership.
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