N.C. A&T, N.C. Emergency Management Drone Partnership Helps State Prepare for Storm Season    Todd Simmons

Greensboro, N.C. (March 30, 2017) – As North Carolina prepares for the start of another hurricane season, emergency management officials are taking steps to use unmanned aircraft systems (UAS), or drones, to help them respond to and recover from disasters.   Video

A partnership between the North Carolina Geodetic Survey, North Carolina Emergency Management, and the Geomatics program in the College of Science and Technology at North Carolina Agricultural and Technical State University is strengthening those capabilities by training more remote pilots and visual observers, collecting and processing aerial imagery of the state and supporting drone research. The work takes place on the N.C. A&T University Farm, a 492-acre site in Greensboro, where drones fly, pilots and observers learn and researchers look for ways to improve drone technology.

Hurricane Matthew’s impact shone a spotlight last October on the deep need for this technology. Wind, heavy rains and flooding from the storm caused 28 deaths, closed hundreds of roads including sections of I-95, and prompted power outages for more than 800,000 customers. The Lumber, Neuse and Tar rivers crested at record levels, and flooding made roads inaccessible in numerous eastern North Carolina counties.

When flooded areas and washed out roads prevented emergency responders from reaching impacted residents, structures and infrastructure, drones played a modest role in the recovery. Telecommunications and insurance companies, for instance, used the technology to search for damage and check cellular sites for connectivity. A stranded veteran and his dog were located, thanks to a drone image of his flooded neighborhood circulated on social media.

“We’re only beginning to scratch the surface of how we may be able to use UAS technology during emergency response and recovery missions,” said North Carolina Emergency Management Director Mike Sprayberry. “Tropical systems and floods are just two scenarios in which drones may play a significant role. Big winter storms, civil disturbance incidents and hazmat spills are all events in which drones might provide helpful intelligence while minimizing risks to lives of first responders and other emergency personnel.”

That’s why this partnership with N.C. A&T is so important to North Carolina Emergency Management, Sprayberry explained.

A&T is a recognized leader in drone education and research through faculty in both its Colleges of Science and Technology and Engineering. The N.C. A&T Autonomous Control and Information Technology Center, as well as the university’s Testing, Evaluation, and Control of Heterogeneous Large-scale Systems of Autonomous Vehicles (TECHLAV) Center and the Geomatics program in Science and Technology each focus on different areas of drone research and education.

In 2015, A&T was selected by the U.S. Air Force for a $5 million, five-year project to develop control systems for large teams of unmanned autonomous system aircraft. Earlier this year, university researchers began work on a federally supported project to create data-driven intelligent prediction tools for the testing and evaluation of drones.

Science and Technology’s Geomatics program – part of the Department of Built Environment – is working with North Carolina Emergency Management in an effort to prepare its graduates in the geomatics areas. Geomatics focuses on the use of measurements to determine locations on the earth’s surface and is part of the application of geographic information systems, which are essential to drone operation. N.C. A&T’s Geomatics program is the only one in North Carolina that prepares students for professional licensure.

“Partnering with North Carolina Emergency Management helps us to educate and train highly skilled graduates who can enter the workforce with a strong understanding of new and innovative technologies,” said N.C. A&T interim Science and Technology Dean Abdellah Ahmidouch. “Supporting their training and practice work at the University Farm provides great benefits for the people of North Carolina, so this is a definite win-win for our organizations and for this state.”
N.C. A&T Professor Awarded Inaugural SoBran/NCBiotech Research Contest Grand Prize
Tonya Dixon

Dr. Shengmin Sang, lead scientist in the Center of Excellence in Post-Harvest Technologies at North Carolina Agricultural and Technical State University, won the grand prize of the inaugural SoBran/NCBiotech Innovation for Impact Contest for his research on a novel double “prodrug” that decreases aspirin toxicity in the gastrointestinal tract and increases is efficacy.

The patented medication may also be helpful in treating and/or preventing colon cancer, heart disease and other illnesses.

An associate professor in N.C. A&T’s nationally recognized College of Agriculture and Environmental Sciences (CAES), Sang was chosen from a highly competitive pool of 17 research scientists from institutions around the state. The prize included support for a research study of up to $10,000, as well as a cash prize of $1,000.

Co-sponsored by SoBran Bioscience and the Piedmont Triad Office of the North Carolina Biotechnology Center, the Innovation for Impact prize was established to celebrate the transformational science coming out of North Carolina. Researchers at universities and emerging companies in North Carolina were invited to answer, “How will your research heal, fuel or feed the world in the future?”

Sang’s research and patented compounds could be a boon for patients who require the benefits of aspirin but suffer from accompanying stomach irritation. Tests on colon cancer cell lines showed that Sang’s novel compounds, containing both aspirin and bioactive phytochemicals, were more effective at inducing cancer cell death than any of the individual components used alone or physically mixed.

“This is a great reward and recognition of my research,” said Sang. “The award will support me in conducting a pilot pharmacokinetic or toxicity study of our compound, which will help us to select the right dose range for future efficacy study. Our compounds will be the new generation of aspirin with no or low gastrointestinal toxicities.”

Sang recently signed an exclusive licensing agreement for his patented aspirin-derived compounds with SARISA Therapeutics, an Invenshure Company based in Minneapolis, Minnesota.

“It was an honor to review all of the extraordinary submissions from university researchers and emerging companies in North Carolina,” said Gregory Kelly, vice president at SoBran. “The robust pool of contenders is a testament to the strong life sciences research community that has been fostered here in North Carolina.”

Representatives from SoBran BioScience and the North Carolina Biotechnology Center were contest judges. In addition to Sang, A&T professors Hye Won Kang (CAES) and Perpetua Muganda (College of Science and Technology) were also recognized as two of four contest finalists, each receiving a $500 cash prize.

SoBran BioScience supports preclinical research and drug discovery for government agencies, academic institutions and biotechnology companies.

The North Carolina Biotechnology Center is a private, non-profit, connecting companies and university researchers within biotech sectors.
N.C. A&T, N.C. Emergency Management Drone Partnership Helps State Prepare for Storm Season