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Charles Wasserman M.S. Clinical Neurophysiology Consulting & ResearchPicture

About Me

  • Education
  • Clinical Interests
  • Research Interests
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  • Current Doctor of Audiology (Au.D.) Graduate Student at the University of Connecticut (2021-Current)

  • M.S. in Psychological Sciences (Behavioral Neuroscience concentration) and Graduate Certificate studies in the Neurobiology of Language from the University of Connecticut.
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  • B.A. in Psychology from the University of Hartford, graduated (spring 2013) summa cum laude with University Honors and Thesis.​
 
  • Formerly a NSF funded fellow at the UCONN IGERT program in the Neurobiology of Language, and a CT Institute for the Brain and Cognitive Sciences Summer Fellow.
  As an Audiology doctoral student, I am studying the human auditory system in order to help people manage/improve their hearing. 

  Especially in our current climate of necessary distancing due to COVID-19, we see a collection of new challenges with spoken communication.  For people with impaired hearing, or challenges with auditory processing, the transition to remote work/school and the addition of masks both pose new challenges to an already challenged perceptual system.

  Prior to working in the field of Audiology, I spent several years working as an EEG Specialist for several private Neurology practices and have had the opportunity to work with and perform electrophysiological studies with patients ages 2-weeks to 102-years.  While I miss my Neurology fellows, I am excited to bring a neuroscientific perspective to the care of hearing!
  • Research interests include auditory neuroscience, neuroplasticity, bio/neurofeedback, perception of music, and issues related to auditory processing.
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  • My research mainly utilizes behavioral and physiological measures, specifically Audiometry, EEG/ERP, and OAEs to look at how the peripheral and central auditory system process sound, and how music can be used as a non-invasive form of therapeutic stimulation.
Human Brain wearing over-ear headphones with an audio waveform running behind it.
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