ATE Impacts

MATE Center ROV Competitions Build Excitement for Marine Tech Careers

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Associated image

Jill Zande never has a problem finding officials for the Marine Advanced Technology Education (MATE) Center's competitions for remotely operated vehicles (ROVs).

For MATE's 12th Annual International ROV Competition on June 20 to 22 in Seattle, she has lots of volunteers from the Marine Technology Society (MTS) and dozens of corporate sponsors. Zande is the MATE Center's co-principal investigator, associate director, and competition coordinator.

"Our member response has been nothing short of outstanding. In fact the only complaint I have ever heard is when some of our members, or member companies, have been jealous because they thought their rivals or competitors were more visible than they at competitions," said MTS President Drew Michel.

Marine technology professionals have many opportunities to interact with students during a Career Expo, poster session, and engineering evaluations of students' ROVs. Employers also get the chance to see how 500 secondary school and college students perform under stress, as their robots perform tasks that mimic undersea workplace challenges.

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20 Years of Innovation

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Liz & Gerhard

Welcome to the ATE@20 blog.

Our blog celebrates the 20 years of innovations and other accomplishments that the Advanced Technological Education (ATE) program has generated at community colleges, secondary schools, and universities around the nation. We have several ambitions for the blog.

By telling ATE's success stories we hope to inform educators, students, parents, and industry partners about the ATE program and expand the ATE community's robust partnerships. The blog is available for ATE centers and projects to use on their websites and in their newsletters.

By utilizing the blog's interactivity, ATE Central hopes to gather information for the ATE@20 book it is publishing this fall. We hope this interactivity enhances the collaborations that have been a hallmark of the ATE program since it began.

The launch of ATE@20 comes 20 years after NSF began planning the Advanced Technological Education program. ATE itself was an innovation for the National Science Foundation, though one Congress asked NSF to create rather than one NSF sought.

A Little History to Start

This first blog entry provides a brief summary of the ATE program's early history. The backstory focuses on the involvement of Gerhard Salinger and Elizabeth Teles in shaping the program that has become the National Science Foundation's largest investment in community colleges.

Congress passed the Scientific and Advanced Technology Act known by its acronym, SATA in October 1992. President George H.W. Bush signed the legislation on October 23, making it Public Law 102-476. Its sponsors included North Carolina Congressman David Price and Maryland Senator Barbara A. Mikulski. Price, a Duke University political science professor before his election to Congress, wanted the NSF to support workforce issues in a way that complemented Department of Education tech-prep activities and Department of Labor short-term training. Mikulski, a social worker before she began her political career on Baltimore's City Council, wanted government investments in high tech fields to include economic development for diverse populations.

The American Association of Community Colleges (AACC), then known as the American Association of Community and Junior Colleges, had lobbied Congress for years to get NSF to pay more attention to community colleges. Then, as now, community colleges educated nearly half of the nation's undergraduates. AACC had involved professional societies in its effort to obtain federal help to improve math and science programs at two-year colleges. Meetings of experts were convened and reports issued. Perhaps the most important of the various meetings on the subject was the Workshop on Science, Engineering and Mathematics Education that NSF convened May 13 and 14, 1991. The report from this workshop, Matching Actions and Challenges, influenced several people who later shaped the ATE program.

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