
Ariella Ness is an Audiology Doctoral Resident at our Timonium, MD hearing center. She holds a Bachelor of Arts in Hearing and Speech Sciences and a minor in Disability Studies from the University of Maryland. She is completing her Doctor of Audiology at the University of Maryland. During her time at the University of Maryland she completed a thesis project titled “Cochlear Implant Disparities in Maryland”. She also served as a Graduate Assistant in various audiology research labs.
Her clinical experience includes rotations at the University of Maryland Medical Center, and in various private practice settings. Ariella is deeply passionate about the field of audiology and is dedicated to improving the lives of patients through compassionate and evidence-based care. She particularly has an interest in vestibular audiology and cochlear implants. She is from the Baltimore area and is excited to be giving back to her hometown community. She speaks Russian fluently and is excited to be able to converse with
patients in their native language.
B.A., Hearing and Speech Sciences, Minor in Disability Studies, University of Maryland
Au.D., University of Maryland (expected 2027)
English
Russian
HearingUp was created by Dr. Cliff Olson, a well-known audiologist and influencer, to help individuals find top-notch hearing care providers who adhere to industry Best Practices. The HearingUp Network consists of carefully vetted hearing care professionals who follow these practices, ensuring patients receive optimal treatment for hearing loss.
Dr. Olson, known for his educational YouTube channel, emphasizes the importance of quality care and has built this network to connect patients with providers committed to delivering the highest standards of hearing aid fitting and ongoing support.

At Live Better Hearing + Balance, we believe choosing a hearing care provider committed to best practices is essential for transformative results. Our team invests the time and expertise needed to address the complexities of hearing loss and achieve optimal outcomes for each patient.