ASU journalism student wins Roy Howard reporting trip to Japan

March 20, 2017

For the seventh time in nine years, an Arizona State University student from the Walter Cronkite School of Journalism and Mass Communication is among the winners of the Scripps Howard Foundation’s Roy W. Howard National Collegiate Reporting Competition.

Cronkite junior Olivia Richard was one of nine journalism students across the country to win the prestigious honor, which includes a nine-day reporting trip to Japan. Since 2008, Cronkite students have won the award seven times, the most by any journalism program in the country. Olivia Richard, Cronkite School Cronkite School student Olivia Richard is heading to Japan in May after being named among the winners of the Scripps Howard Foundation’s Roy W. Howard National Collegiate Reporting Competition. Download Full Image

At the Cronkite School, Richard has covered the Summer Olympics in Rio de Janeiro, the 2016 presidential election and the Special Olympics World Games. She also has interned with NBC News in Los Angeles and with several Arizona news outlets, including NPR member station KJZZ, CW6 and Arizona Capitol Television.

“For me, winning the Roy W. Howard Competition is a testament to both the people whose stories I was able to tell and to the incredible teachers and mentors I've had at Cronkite,” Richard said. “The skills I've learned and developed at the Cronkite School have given me confidence in myself as a reporter and the skills to take risks with stories and my career.”

The all-expenses-paid trip begins May 11 and includes excursions to Kobe, Kyoto and Osaka in Japan. The trip also includes visits to Tokyo as well as Hiroshima to tour the Hiroshima Peace Memorial Museum and Park, dedicated to documenting the first atomic bombing.

As in previous years, the nine winner were chosen based on the quality of their journalistic work, an essay about their interest in international affairs and letters of recommendation.

Richard’s win marks the third consecutive year that a Cronkite student has been selected. She joins previous winners Rebecca Smouse (2016), Sophia Kunthara (2015), Jack Highberger (2012), Dan Neligh (2011), Natalie Podgorski (2010) and Deanna Dent (2008).

“Olivia is an outstanding, enthusiastic broadcast journalist who is making an impact as a student,” said Christopher Callahan, dean of the Cronkite School. “To be among the winners of the Roy W. Howard Competition is a tremendous accomplishment. We are thrilled that she will be representing the Cronkite School in Japan.”

The competition, established in 1984 in cooperation with Indiana University Media School, honors the memory of the journalist who led Scripps Howard Newspapers from 1922‐1953 and United Press from 1912‐1920. This is the 12th year the Scripps Howard Foundation has sponsored the study tour to Japan, a country Howard visited several times as a journalist.

“The Scripps Howard Foundation develops the next generation of leaders in journalism through programs such as the Roy Howard National Collegiate Reporting Competition,” said Liz Carter, president and CEO of the Scripps Howard Foundation. “This year’s winning applicants represent some of the most talented future journalists, and we look forward to their contributions to the industry.”

Communications manager, Walter Cronkite School of Journalism and Mass Communication


DNA-detection research earns ASU biomedical engineer Young Chemist Award

March 20, 2017

Arizona State University biomedical engineering graduate student Aldin Malkoc was awarded the 2017 Young Chemist Award by Metrohm USA at the Pittcon Conference and Expo in Chicago on March 7 and received a $10,000 award.

Malkoc is working on cooperative DNA-based molecular elements for electrochemical biosensors. His research is looking to improve on the specificity and sensitivity of DNA detection, specifically; differentiation between single nucleotide differences using electrochemical impedance spectroscopy.  man accepting giant check Aldin Malkoc's research to improve on the specificity and sensitivity of DNA detection was awarded the 2017 Young Chemist Award by Metrohm USA. Photo courtesy of Aldin Malkoc Download Full Image

“While working in the interdisciplinary fields of biomedical and chemical engineering I have worked to develop a new biosensor that is highly specific and sensitive,” Malkoc said. “This technology integrates a novel DNA detection mechanism called the Tentacle Probe with electrochemical impedance spectroscopy. This combined EIS-TP system has the potential to be multiplexed for quick medical diagnostic tests. With the potential to be transformative by providing a platform technology for both DNA and protein detection with high sensitivity this system offers extremely low rates of false positives.”

Driven by a desire to make a difference in the world, Malkoc has found that doing research is something that suits him quite well.

“I love the edginess and potential that research has to offer,” Malkoc said. “Doing cutting edge research that is developing solutions to existing problems is what I love to do. The impact I think I am making is my main reason for continuing to do research.”

It’s fitting, in a way, that Malkoc received a chemistry award as a biomedical engineer since his research is multidisciplinary itself.

Aldin Malkoc

“By being multidisciplinary you get to see the bigger picture and understand the bigger picture,” Malkoc said. “Applying and combining the techniques that you have learned to develop a solution becomes easier when you can see the bigger picture. The biggest challenge comes from the same reason why it is a benefit. Sometimes it becomes difficult to be very specific and know small details. There are so many different ideas and finding the correct direction to follow can be very challenging.”

Malkoc got an early start in the Fulton Schools as he participated in a summer school scholars program in the School of Biological and Health Systems Engineering before becoming a freshman at ASU. As part of the program he met Assistant Professor Jeffrey La Belle who went on to become one of Malkoc’s mentors.

“He was a highly-interested student during that summer,” La Belle said. “His freshman year, I taught him in a class of 385 students and he stood out, I called him 'Mr. ASU.' All the freshman asked him for help and in the class, he was helping others all the time.”

Malkoc worked with La Belle and Associate Professor Michael Caplan on developing low-cost biosensors that could bring highly-efficient medical diagnostics to low-income communities as an undergraduate student and this experience made him want to stay in the biomedical engineering program.

“Professor La Belle took me into his lab and I become one of his research assistants. The positive mentorship from him and then the further interactions I had with all the great professors in the biomedical engineering program was all part of the reason why I began my studies at ASU. I think it was one the best decisions I have made in my life.”

While he’s not sure what truly made him want to do research. Malkoc said that he wanted to do something where he felt like he could make a difference.

“I have always been the type of person who is a day-dreamer,” Malkoc said. “When I first began this research, I loved the idea of what I was doing could one day make such a huge impact in the world and maybe even save lives. As the first person in my family to attend college I was always intrinsically motivated to earn a degree in the biomedical field and pursue a career where I can develop state-of-the-art medical devices and give back to my local community.”

Malkoc states that the devices he would like to develop are ones that would allow physicians to assist their patients more efficiently and affordably. He says that specifically he hopes patients in low-income communities would benefit from low cost, highly accurate diagnostic devices made available to them in convenient and accessible locations.

“I hope that the work I do will benefit the global and local society while advancing new technologies for application in low-income communities and countries,” Malkoc said.

Erik Wirtanen

Web content comm administrator, Ira A. Fulton Schools of Engineering