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Lawrenceburg, IN — Mark Cauble exemplifies the high-quality faculty that Ivy Tech strives to provide to its students.
A full-time assistant professor of mechanical technology for Ivy Tech Community College with campuses in Lawrenceburg and Batesville, Cauble is one of the college’s faculty members in the Graduate School of Manufacturing, Engineering and Applied Science.
Ivy Tech is inviting prospective students and community members to learn about the School of Advanced Manufacturing, Engineering and Applied Science on October 25 at 2pm at Ivy Tech’s Lawrenceburg Lakefront Campus. The college offers campus tours and information about academic programs and career opportunities in advanced manufacturing and engineering. Anyone interested in attending the event can RSVP by selecting Lawrenceburg under Information at ivytech.edu/Tuesdays.
Cauble will be among the teachers at the Oct. 25 event. His extensive experience in machining equips him to be an outstanding instructor while imparting this knowledge to his students and preparing them to be the best candidates when they enter the workforce.
Cauble started his career as a mechanic in Suman. He earned his degree in Tool and Die from Vincennes University. Immediately following college, A&G Tool and Die hired him as an apprentice in Miamitown, Ohio, where he acquired a journeyman tool and die maker card. This means that he can create metal tools and forge from metal, plastic and other materials. Cauble further developed his career as a leading toolmaker and machine builder at Osborne Coinage (Cincinnati). In the year In 2008, he founded B/C Precision Tool (Greendale), where he is the owner-operator.
In the early days of B/C Precision Tool, Cauble met Dr. William Murphy, one of the US government’s top audiologists. Dr. Murphy worked together in Cincinnati
National Institute for Occupational Safety and Health. Cauble was introduced to an ongoing project involving a new test method for hearing protection. Due to the time limit
And the lack of process, Dr. Murphy asked if Cauble would consider taking over and completing the research and development of the project. Cauble agreed and completed the project.
It revolutionized shock-based hearing from previous imprecise methods. The Centers for Disease Control (CDC) released a report showing the cost
This test style and the Environmental Protection Agency have approved the method.
The test unit was surprisingly accurate and repeatable at various sound levels. These criteria are important for information research to improve the hearing ability of military personnel and civilian personnel. After releasing the CDC report, Cauble contacted researchers across the country to inquire about the shock tube, including the US Navy, US Air Force, 3M, Michaels & Associates, MIT, University of Colorado Medical Center, University of Buffalo, University of Cincinnati, Triton Systems, Applied Research, Crere Research and an international sale at the INRS Research Center in France.
Currently, this type of test is considered the preferred method for laboratory testing of shock wave sound. Plus, it’s relatively cheap considering the shock tube.
High accuracy. Kaubel’s achievement for this work was published on Nature.com with researchers from MIT and Harvard. Cauble was signed on as a team member at the Naval Submarine Medical Research Laboratory in Groton, Connecticut, which is the United States Navy’s largest customer.
Since starting this journey, Cauble has produced three different versions of this episode and a fourth is currently being produced. His work was the first of many of its kind.
A shock tube shot can be repeated continuously in one millisecond.
(Ivy Tech Community College Press Release)
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