video overview

Publisher of The Virginia Engineer

Print-Publishing Services
Web Site Design-Coding-Hosting
Business Consulting


Laboratory Honored With Safe-in-Sound Innovation Award
June 8, 2016

For the first time an academic research laboratory has been honored with the Safe-in-Sound Innovation Award in Hearing Conversation, one of the top national awards in hearing conservation, by the National Institute for Occupational Safety and Health and the National Hearing Conservation Association.

From left, Kristy Casto, president of the National Hearing Conservation Association; Kichol Lee, research assistant professor in industrial and systems engineering; John Casali, director of Virginia Tech’s Auditory Systems Laboratory; and John Howard, director of the National Institute for Occupational Safety and Health.

The honor recognizes the Auditory Systems Laboratory’s work, directed by John Casali, Grado Professor of Industrial and Systems Engineering at Virginia Tech, in evaluating how well on-ear products provide “auditory situation awareness” — a state of knowledge about the presence, identification, and location of important sounds in one’s environment — while providing protection as needed from hazardous noise.

“The work of the Auditory Systems Laboratory [at Virginia Tech] is unique in that it combines human factors engineering with acoustics and audiology to solve research questions in many aspects of auditory perception and hearing health,” said John Howard, director of the National Institute for Occupational Safety and Health. “The ultimate beneficiaries of this work are primarily military personnel but also workers in jobs which impose hazards that stem from not being able to hear important signals and communications.”

On an two-year federal research contract, Casali and Kichol Lee, research assistant professor in industrial and systems engineering, developed a comprehensive, objective test battery for the U.S. Department of Defense’s Hearing Center of Excellence to enable formal evaluation of advanced hearing protection devices (HPDs) and tactical communications and protective systems (TCAPS).

The test battery — called DRILCOM, for Detection, Recognition/Identification, Localization, and Communications — enables definitive evaluation of military HPDs and TCAPS before they are selected and deployed on soldiers. The effects of such devices on the soldier’s ability to hear, perceive and respond to important sounds is critical because compromised auditory situation awareness can lead to injury, death, and tactical failures.

This story can be found on the Virginia Tech News website.

  ------   News Item Archive  -----  
The Virginia Engineer MobileOur Mobile site
The Virginia Engineer on facebook
The Virginia Engineer RSS Feed