Cronkite alum keeps supporters in mind while landing position with NBC

October 30, 2013

It is never too late to seek support as a student.

Jarrod Nelson had only one more semester remaining at ASU’s Walter Cronkite School of Journalism and Mass Communication when he applied for the Arizona Broadcasters Association (ABA) scholarship. He was an out-of-state student taking classes during the day and working a full-time information technology job at night to pay off student loans. Download Full Image

Because of ABA’s assistance and Nelson's perseverance, he is achieving his dream of working in the news associates program at NBC.

“Knowing that I had ABA’s support made me think, ‘if this group of people believes in me enough, I must have what it takes to go far in the broadcast industry,’” said Nelson, who was one of six selected by NBC from an application pool of 3,000.

“Whenever I am trying to move ahead in my career, I always keep in the back of my mind that there is a group of professionals who believes in me, and I do not want to let them down. So I always try my hardest to accomplish what I set out to achieve because I want to make myself and my supporters proud.”

Nelson first heard about the ABA scholarship through an email sent by the Cronkite School about scholarship opportunities. He filled out the general application and was surprised when he received an email back saying ABA wanted to meet with him.

ABA is a nonprofit corporation whose members are a combination of radio stations, television stations and associates. It is managed by a 10-member board of directors and headed by CEO Art Brooks. It is also a member of the National Alliance of State Broadcast Associations and supports the programs of the National Association of Broadcasters. ABA provides more than $35,000 annually in scholarships and workshops to students pursuing a degree in broadcasting. 

“They were very friendly, and I felt like I could open up and tell them how I wanted to be a news and entertainment reporter, and that I wanted to work on the business side of the media industry one day,” said Nelson. “I also told them about my past experiences and my upcoming internship at CBS News in New York.”

Nelson said that in the news associates program at NBC, participants do four three-month rotations working at "The Today Show," NBC Nightly News, the network desk, MSNBC and "Dateline." His first rotation is with "The Today Show Weekend Edition," working as a researcher.

“I am basically in charge of all the elements for the show,” Nelson said. “I make sure all the packages from our bureaus are fed to New York. I also cut all the b-roll and teases for the show. My job also includes helping producers. I will go out in the field with them and help shoot interviews. I also help transcribe interviews when needed.”

Nelson says his goals continue to evolve as he gains more work experience. However, he is certain he wants to work in broadcast television, specializing in news and entertainment.

“I am confident that no matter what path I take, I will be successful and it will be what I was meant to do.”  

Materials research progress earns professor praise from peer groups

October 30, 2013

Arizona State University assistant professor of engineering Kiran Solanki has added another accolade from a professional engineering organization in recognition of his early-career research achievements.

He was recently announced as the winner of the Orr Early Career Award, bestowed by the Materials Division of the American Society for Mechanical Engineers. Kiran Solanki Orr Career Award Download Full Image

Solanki is on the faculty of the School for Engineering of Matter, Transport and Energy, one of ASU’s Ira A. Fulton Schools of Engineering.

Those eligible for the award must have earned their degrees within the past seven years and be working in areas such as experimental, computational or theoretical materials fatigue and fracture.

Range of research pursuits

Solanki’s research expertise spans several areas, including computational fatigue and fracture, constitutive modeling for metallic alloys and others areas at the interface of solid mechanics and material science.  

To date, Solanki has authored or coauthored 40 research journal articles, four book chapters and 35 conference proceedings reports during his time at ASU and his previous faculty position at Mississippi State University.

He is also currently leading a project sponsored by the Office of Naval Research focusing on the environmental impacts of naval materials. His goal is to postulate principles that can aid software development to explore the predictability of fatigue and cracking growth in naval materials.

Other recent awards attest to his research successes. Solanki won the 2013 Young Leader Professional Development Award from TMS, the Minerals, Metals & Materials Society, which bestows the honor on young faculty members to help support their promising research.

Advancing technologies

Solanki and two co-authors received the 2011 Light Metals Magnesium Best Paper award from TMS. In the award-winning paper, Solanki’s research team demonstrates the use of a nanoscale simulation technique to reveal how an aluminum substitution in pure magnesium affects its deformation and its behavior when the material fails.

In March of this year Solanki was awarded a $346,000 grant through the Air Force’s Young Investigator Research Program for work to demonstrate the potential to advance engineering technology used by the Air Force. Solanki’s work with multiscale modeling of lightweight alloys, specifically their fatigue and fracture behavior, helped earn him the grant.

In all, Solanki has earned more than $1 million in funding for his research pursuits since joining ASU in 2011.

In addition, his paper published in the journal Engineering Fracture Mechanics was recognized as one of the most highly cited papers from the years 2002 to 2005, according to Elsevier, a publisher of engineering and technology books and journals.  

He was also recognized for efforts to promote engineering education in the area of fatigue technology by receiving the Society of Automotive Engineers’ Henry O. Fuchs award in 2008.

Making an impact

The thrust of his research reflects “contemporary issues that are very important to the research community,” says Hussein M. Zbib, a professor in the School of Mechanical and Materials Engineering at Washington State University, and one of three colleagues who nominated Solanki for the award.

Solanki’s ability to obtain funding from national agencies such as the Department of Defense and the Department of Energy, says professor Zbib, “are clear indications that he is a successful researcher and is able to develop and sustain a successful research program.”

“Solanki is not only an outstanding young researcher, but also a young leader who has demonstrated exceptional leadership skills through organizing several special workshops, meetings, technical sessions and symposiums,” says professor A.M. “Raj” Rajendran, an ASME Fellow and chair of the Department of Mechanical Engineering at the University of Mississippi, who nominated Solanki for the award.

D.J. Bammann, another nominator, says he is impressed with Solanki’s “proactive nature in tackling tough research problems without fear.” Bammann is an ASME Fellow and the Billy J. Ball Professor in the College of Engineering at Mississippi State University.

“Solanki’s research has had an enormous impact in a short time,” David McDowell wrote in his nomination statement. “In the few years of his career, he has devoted significant effort to developing complicated algorithms for modeling fatigue crack growth and damage mechanics under uncertainty in new domains of metals that are advancing lightweight manufacturing and design.”

McDowell is a Regents’ Professor and the Carter N. Paden Jr. Distinguished Chair in Metals Processing at Georgia Tech, where he is also the founding director of the Institute of Materials.

Formal presentation of Solanki’s Orr Early Career Award will be made during the ASME Mechanical Engineering Congress and Exposition, Nov. 15-21 in San Diego.

At the event, Solanki will give a presentation on his research, titled “On Stress Corrosion Cracking Mechanisms in Iron: A Multiscale Perspective.”

Read more about the work in Solanki’s lab.

Written by Rosie Gochnour and Joe Kullman

Joe Kullman

Science writer, Ira A. Fulton Schools of Engineering