Autonomy and connectivity are the themes for the future of aviation – Interview with Kyle Snyder, NGAT Consortium
Kyle Snyder is NextGen Air Transportation Consortium Director, NGAT Consortium at North Carolina State University, USA. He will speak about Integrating UAS for Healthcare Package Delivery in North Carolina at the Unmanned Cargo Aircraft Conference, on 20 March 2018 at the North Carolina Global TransPark, USA.
Despite not being a pilot or an aerospace engineer, Kyle has developed a reputation for research leadership and comprehensive knowledge of the impacts of modern technology on the aviation transportation system. Kyle has focused on supporting the broad integration of UAS into the national airspace for routine, commercial applications since 2000. In 2015 he secured North Carolina State University’s position on the FAA’s UAS Center of Excellence ASSURE Alliance. He continues to work with industry, government, and academic institutions to support the transition of research and new technologies from laboratories into operational aerospace products.
What drives you?
I have been committed to developing UAS technologies and supporting UAS integration into the national airspace system since 2000. Accessing the 3rd dimension through aviation technologies presents so many opportunities for economic impact, research and discovery, and personal enrichment (the view is always rewarding). Seeing aviation technologies move from the laboratory into routine operational applications is always exciting.
What emerging technologies/trends do you see as having the greatest potential in the short and long run?
Autonomy and connectivity are the themes for the future of aviation. They form a symbiotic relationship will grow and evolve just as our personal relationship with aircraft has evolved since the Wright Brothers first launched here in 1903. That airplane did not fly until the man on the wing conquered the challenge of flight. As the benefits of access to airspace grow through small UAS integration and the emergence of Personal Air Mobility, human performance will be augmented through increases in autonomy and connectivity.
What kind of impact do you expect them to have?
Information sharing improves cognitive and computational decision making which drives a thirst for more information to continue the cycle. Intelligent networks of autonomous and semi-autonomous systems will expand transportation opportunities that connect people to people, people to resources, and open imaginations without compromising safety or system performance.
What are the barriers that might stand in the way?
The balance of technology advancement, regulatory advancement, safety, and social acceptance is struggle that requires continuous attention.
What do you hope people to learn from your presentation?
North Carolina is committed to UAS integration and using the technology to improve the human experience.