Join us for an exclusive 3-day event with a Digital Technology expert. Reserve a spot today!

Headshot of Juliana Riordan, Audiologist at Hearing Evaluation Services of Buffalo

Juliana Riordan, Au.D.

Doctor of Audiology

Dr. Juliana Riordan has been with Hearing Evaluation Services since 2019. She received her Doctorate in Audiology at the University at Buffalo, where she was the recipient of the Tindle-Shupe Award for Clinical Excellence. Dr. Riordan completed her undergraduate work at Syracuse University graduating with a Bachelor of Science degree as a double major in Neuroscience and Communication Sciences and Disorders.

Dr. Riordan has experience in both audiological and vestibular diagnostic testing, hearing aid technology and fitting, tinnitus assessments, Bluetooth integrated hearing technologies, and counseling.

Outside of work, Dr. Riordan enjoys traveling and had the opportunity to study abroad in both Italy and China. While doing her undergraduate degree, she spent a semester in Florence, Italy. While working on her doctoral degree, Dr. Riordan was able to combine her love of travel with her passion for audiology and was able to completed a clinical rotation in Beijing, China at the People’s Liberation Army General Hospital.

Dr. Riordan is a native of Auburn, NY, and currently lives in Tonawanda.

  • Doctorate in Audiology; University at Buffalo
  • B.S. in Neuroscience and Communicative Disorders and Sciences; Syracuse University
  • New York State Audiology License 
  • New York State Hearing Aid Dispensing License
  • Certified Lyric provider
  • Tindle-Shupe Award for Clinical Excellence
  • Academy of Doctors of Audiology (ADA)
  • Comprehensive diagnostic audiometric evaluations for adults
  • Selection and fitting of hearing aids and assistive listening devices
  • Education and counseling related to hearing disorders
  • Lyric extended wear hearing device fitting
  • Vestibular (Dizzy) assessment and rehabilitation
  • Tinnitus evaluation and management
  • Ototoxic monitoring
  • ENT diagnostic testing