Researchers at NASA's Armstrong Flight Research Center are developing cutting-edge technologies to make aircraft and spacecraft safer. Their innovations in advanced aeronautics, space operations, engineering, and software for NASA also have potential applications here on Earth.
"We're having a drone revolution right now. It's like when the Internet began. We're defining the protocol and the standards and the architecture. But instead of sending packets of information, we’re dealing with aircraft."
Read more about Ricardo Arteaga
"I've been interested in science and electronics since I was about 12 years old. My mom and dad saw this in me as I was growing up—that I enjoyed science and engineering—and so my mom would always say, ‘My son is going to be an engineer for NASA.'"
Read more about Allen Parker
"Working at IBM really helped me to better understand how software is developed and maintained in the commercial industry. This was great experience for me to bring back to NASA, when I returned to write new software solutions for the Stratospheric Observatory for Infrared Astronomy (SOFIA) program."
Read more about Michael Ritchson
"I looked to see what was already on the market, and I found some but I couldn't get anything at a reasonable price. Plus, what was out there could hold only one antenna at a time. We needed an affordable platform that could support lots of antennas. So I decided to build my own."
Read more about Kurt Sanner
Scientist. Mathematician. Inventor. Taiwanese-American. Watercolor Artist. Nonagenarian. All of these words describe Dr. William Ko, who this year is celebrating his 90th birthday and 40 years with NASA.
Read more about William Ko
Instrumentation Specialist, Aerostructures Branch. "The main focus of my work has been acquiring strain and other structural measurements in harsh environments particularly high temperatures or cryogens."
Read more about Nino Piazza