UA in the News: May 1, 2012
UA researcher patents noise reduction ‘sponge’ – UA alum named president and chief operating officer of Lockheed Martin
UA researcher patents noise reduction ‘sponge’ – UA alum named president and chief operating officer of Lockheed Martin
Homegrown Alabama, the student-led farmers market, will host its first Strawberry Festival Thursday, May 3, from 3-6 p.m.
University of Alabama senior Adam Hill of Douglasville, Ga., has been awarded a $15,000 Windgate Fellowship from the UNC Asheville Center for Craft, Creativity & Design.
Benjamin T. Ladrillono, a University of Alabama sophomore in the department of advertising and public relations, was one of 16 undergraduate minority students nationwide to receive a $5,000 scholarship from The LAGRANT Foundation.
University of Alabama senior social work major Adrienne McCollum recently received the 2012 Autherine Lucy Foster Award, given annually by the UA Black Student Union and Black Faculty and Staff Association
Longtime UA architecture expert to retire – UA research shows deadliest times to be on highway – UA Greek Relief raised funds after tornado – UA experts comment on psychological effects of disasters, state’s unemployment rate, vegan cheese – UA to offer free creative writing camp – and more…
A group of University of Alabama students will soon share what they learned in more than 300 hours of community service during spring 2012.
The University of Alabama will hold spring commencement exercises May 4 and 5. Feature story ideas include graduates who have overcome adversity and the story behind the ceremonial mace.
Marillyn A. Hewson, a graduate of The University of Alabama’s Culverhouse College of Commerce, has been named president and chief operating officer of Lockheed Martin, succeeding president and COO Chris Kubasik. The changes are effective Jan. 1, 2013.
Dr. Ajay K. Agrawal, a University of Alabama engineering professor, was recently granted a patent for a breakthrough technology for noise reduction in combustion. This technology decreases the noise generated by combustion systems at the source by placing a sponge-like material directly in the flame.