Education

• PhD Electrical Engineering, Cornell University 1981

Research Interests

• Patterned Growth of Neurons
• Controlled Stimulation of Neuronal Networks
• Microminiature Sensors for Neural Recording
• Analysis of Multichannel Neural Signals

Research Statement

Technologies for the Study of Small Neuronal Networks: Micropatterning the Growth of Individual Neurons; Microelectrode Array Fabrication; Neural Signal Processing.

Hearing Related Technologies: Signal Processing for Smart Hearing Aids. Controlled growth of Neurons for Cochlear Prostheses.

Generally: Biomedical Engineering & Signal Processing.