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Welcome

eAudiology – Your CEU Source

LOGIN & ACCOUNT INFO
All Academy members currently have an eAudiology account that is based on member ID and email address. This is the same information used for general Academy website login.


Email Address
= the email address registered with the Academy
Password = your member ID

Do not create a new account if you are a current Academy member.

Members can retrieve their current login information here.


Recognizing the need for timely and current continuing education, the Academy offers live and on-demand continuing education in the form of Web seminars and text based programs.

Use the left navigation menu to get started! Tip: Complete your Account page so that your interests are noted and Recommended Seminars for You can be indicated. Also, Your Dashboard includes all the seminars and text based programs you’ve purchased and includes the status of your progress with each. From here you can login to the seminars and view your CEUs and print certificates.

CEUs can be purchased individually by seminar or program OR you can earn all your CEUs at an incredible savings with the unlimited On-Demand Web Seminar Package! Purchase the 2014 package for $99 (good through December 31, 2014).

Featured

  • Live - New Advances in Electrophysiologic Assessments of Children (.2 CEUs)

    Includes a Live Event on 03/02/2016 at 1:00 PM (EST)

    Presented by Yvonne S. Sininger PhD

    New Advances in Electrophysiologic Assessments of Children

    Wednesday, March 2, 2016; 1:00 - 3:00 PM ET

    Duration: 2 hours

    Presenter: Yvonne S. Sininger PhD

    CEUs: .2

    Who Should Attend: Audiologists using Electrophsyiology Measures for Threshold Predictions

    Instructional Level: All Levels
    Program Focus:
    Knowledge and Skills

    Learner Outcomes: Upon completion, each participant in the eAudiology Web seminar will be able to:

    1. Describe a chirp stimulus
    2. Describe the advantages of chirps for electrophysiology
    3. Recite the methods of response detection for ASSR
    4. Explain and contrast the principles of ABR and ASSR acquisition

    Description: The ABR and ASSR used with frequency-specific stimuli are the clinical standard for prediction of hearing thresholds in infants and toddlers and are critical for proper identification of hearing loss in those who fail newborn hearing screening.The eAudiology Web seminar will begin with a review of cochlear mechanics and considerations in choosing appropriate stimuli for assessments.The concept of the Chirp will be discussed as well as the clinical advantages of such stimuli.Another concept that will be emphasized is response detection routines and online measures of noise and response that are being applied to ABR and ASSR for clinical assessments.The seminar will focus on improvement of accuracy and reduction in assessment time for infant and toddler evaluations.


    Yvonne S. Sininger, PhD is Professor Emerita in Head & Neck Surgery at the David Geffen School of Medicine at University of California, Los Angeles. She received her bachelor's and master's degree from Indiana University and PhD from the University of California Santa Barbara & San Francisco. She was post-doctoral fellow in the Electrophysiology Lab with Dr. Manny Don House Ear Institute in Los Angeles and later served for 10 years as the director of the Children's Auditory Research and Evaluation Center at HEI before moving to UCLA. Dr. Sininger's research has focused on hearing and hearing disorders and screening of infants, electrophysiologic measures of hearing and hearing disorders including auditory neuropathy. Dr. Sininger has authored over 70 publications in peer-reviewed journals. She has held funding from the NIDCD on threshold measures in infants, newborn screening technologies, Auditory Neuropathy and Lateral Asymmetry in the Human Auditory System. She is currently retired and working as a consultant in Santa Fe, New Mexico.

  • 2016 On-Demand Web Seminar Package

    1 new product(s) added recently

    Choose any (or all!) of the on-demand Web seminars in the eAudiology library (over 150 to choose from).

    Choose any (or all!) of the on-demand Web seminars in the eAudiology library (over 150 to choose from). CEUs must be obtained by December 31, 2016. This is a great opportunity to earn your CEUs at an incredible savings!

Upcoming Live Events

  • Live - New Advances in Electrophysiologic Assessments of Children (.2 CEUs)

    Includes a Live Event on 03/02/2016 at 1:00 PM (EST)

    Presented by Yvonne S. Sininger PhD

    New Advances in Electrophysiologic Assessments of Children

    Wednesday, March 2, 2016; 1:00 - 3:00 PM ET

    Duration: 2 hours

    Presenter: Yvonne S. Sininger PhD

    CEUs: .2

    Who Should Attend: Audiologists using Electrophsyiology Measures for Threshold Predictions

    Instructional Level: All Levels
    Program Focus:
    Knowledge and Skills

    Learner Outcomes: Upon completion, each participant in the eAudiology Web seminar will be able to:

    1. Describe a chirp stimulus
    2. Describe the advantages of chirps for electrophysiology
    3. Recite the methods of response detection for ASSR
    4. Explain and contrast the principles of ABR and ASSR acquisition

    Description: The ABR and ASSR used with frequency-specific stimuli are the clinical standard for prediction of hearing thresholds in infants and toddlers and are critical for proper identification of hearing loss in those who fail newborn hearing screening.The eAudiology Web seminar will begin with a review of cochlear mechanics and considerations in choosing appropriate stimuli for assessments.The concept of the Chirp will be discussed as well as the clinical advantages of such stimuli.Another concept that will be emphasized is response detection routines and online measures of noise and response that are being applied to ABR and ASSR for clinical assessments.The seminar will focus on improvement of accuracy and reduction in assessment time for infant and toddler evaluations.


    Yvonne S. Sininger, PhD is Professor Emerita in Head & Neck Surgery at the David Geffen School of Medicine at University of California, Los Angeles. She received her bachelor's and master's degree from Indiana University and PhD from the University of California Santa Barbara & San Francisco. She was post-doctoral fellow in the Electrophysiology Lab with Dr. Manny Don House Ear Institute in Los Angeles and later served for 10 years as the director of the Children's Auditory Research and Evaluation Center at HEI before moving to UCLA. Dr. Sininger's research has focused on hearing and hearing disorders and screening of infants, electrophysiologic measures of hearing and hearing disorders including auditory neuropathy. Dr. Sininger has authored over 70 publications in peer-reviewed journals. She has held funding from the NIDCD on threshold measures in infants, newborn screening technologies, Auditory Neuropathy and Lateral Asymmetry in the Human Auditory System. She is currently retired and working as a consultant in Santa Fe, New Mexico.