Rochester, Minnesota




The research interests of Kevin E. Bennet, Ph.D., M.B.A., are related to furthering the understanding of brain activity and intervention in abnormal processes using electrical deep brain stimulation and neurotransmitter measurement in real time. Dr. Bennet conducts additional work in the area of wireless monitoring of physiology.

Focus areas

  • Deep brain stimulation. Dr. Bennet is utilizing electrical deep brain stimulation that incorporates feedback through monitoring of neurotransmitters electrochemically and spectroscopically. By major reductions in size and power, his goal is to create systems for implantation that incorporate algorithms to sense abnormal activity in various regions of the brain, correct this activity and return patients to normal health.
  • Wireless monitoring of physiology. Wireless monitoring is being used to detect abnormal heart rhythm and other parameters — such as activity, body position, state of oxygenation and more — which allows for watchful monitoring of individuals. Algorithms can be applied to the data that only transmit and act upon physiological states outside the normal range of the specific individual, and can detect pharmaceutical concentrations and electrolyte balance.

Significance to patient care

Dr. Bennet's collaborative work in neurotransmitter detection adds to the understanding of the effect on the brain by deep brain stimulation. It is anticipated that the ability to measure neurotransmitters in real time and utilize that information with algorithms to modulate and control deep brain stimulation systems currently under development at Mayo Clinic may allow the treatment of additional movement disorders as well as psychiatric issues, such as depression, obsessive-compulsive disorder, Tourette syndrome and pain, among others.

Dr. Bennet's work in physiological monitoring will allow diagnosis of transient cardiac phenomena such as atrial fibrillation, provide additional security for patients discharged from the hospital, provide real-time monitoring for many disease states, and potentially provide data on pharmaceutical use, sleep apnea and other situations.

Professional highlights

  • Recipient, Mayo Clinic Distinguished Investigator, Team Science Award, 2015
  • Honorary fellow, Deakin University, Geelong, Australia, 2012
  • President, Mayo Foundation Chapter, Sigma Xi: The Scientific Research Society, 2009-2010


Academic Rank

  1. Associate Professor of Neurosurgery


  1. PhD - Engineering Thesis: Diamond-Based Electrode for Chronic Sensing in Deep Brain Stimulation. Received full scholarship. Deakin University
  2. MBA - Technology Management Concentration Harvard Graduate School of Business Administration
  3. BS - Chemical Engineering
    Minor in Economics
    Massachusetts Institute of Technology

Clinical Studies

Learn about clinical trials that address specific scientific questions about human health and disease.

Explore all research studies at Mayo Clinic.


See the peer-reviewed findings I have published as a result of my research.

Review publications.

Mayo Clinic Footer