David C. Mountain, Ph.D.
Professor, Dept. of Biomedical Engineering
Areas of Interest: Auditory information processing; sensory biophysics; computer simulation; biomedical electronics and biomedical and signal processing.

Allyn E. Hubbard, Ph.D.
Professor, Dept. of Electrical and Computer Engineering and Dept. of Biomedical Engineering
Areas of Interest: Auditory physiology; modeling; neurocomputing; VLSI in biomedical applications; Biosensors.

Dave Anderson – Research Engineer, Hearing Research Center
Areas of Expertise: Software architecture, design, coding and integration; user interface development; general software wizardry.
Current Projects: Development, maintenance and photography for the HRC Website. Lead developer for the ESME and EarLab projects in the Auditory Biophysics and Simulation Laboratory of the HRC.

Andrew Brughera – Research Associate, Hearing Research Center
Areas of Expertise and Interest: Computational models of brainstem neurons in acoustic hearing and cochlear implants; Software development, architecture, and algorithmic integrity in EarLab; Model implementation and support of the EarLab auditory modeling community

Andrew Tubelli – Research Associate, Hearing Research Center
Areas of Expertise: 3D reconstruction via medical imaging, finite element modeling of structural mechanics; medical animation and visuals; cetacean middle ear
Current Projects: Understanding the mechanics of hearing in dolphins and whales via 3D reconstruction of the middle ear from CT and histology; finite element analysis of the middle ear bones to characterize motion; material property (i.e. elastic modulus) analysis through nanoindentation; postmortem examination of the auditory bulla.

Nael Musleh – Electrical and Computer Engineering Master's student

Franck Zagadou – Senior Mechanical Engineering Ph.D. student
Area of Expertise and Interest: Theoretical and Computational Continuum Mechanics, Acoustics, Vibration and Wave propagation.
Ph.D. Project: Numerical modeling of a detailed 3D representation of the organ of Corti to study the micromechanical interaction between the cellular components and interstitial fluid to help understand the role of radial fluid flow.