Kyle Bodie (left) and David Frey
NIU’s Kyle Bodie of Warrenville and David Frey of Wheaton teamed up with a Chicago-area entrepreneur and a graduate student from Texas to develop their proposal for a startup company named Maverick Drones.
“It was a lot of fun,” Frey says. “This was more of an entrepreneur-based competition. So I learned a lot about business that I’ll be able to apply in some aspect of my career.”
The NIU team proposed using drone technology developed by NASA to promote an interest in STEM and develop analytical skills among students in grades 5-12.
Students would build and program their own drones to compete in various challenges called “Missions Improbable.” Missions could include such tasks as finding and rescuing a friendly alien named “Bob” or using a drone to fight a forest fire.
Professor Brianno Coller (left to right) with engineering students Kyle Bodie and David Frey
Bodie and Frey had previously worked with NIU professor Brianno Coller
, former NIU Entrepreneur-in-Residence Neil Kane, and entrepreneur Chris Sorensen on a National Science Foundation-funded initiative aimed at developing a more broadly focused STEM-education startup called Maker Research Labs
Sorensen then mentored the NIU students during the SPACE RACE competition and brought in a fourth partner, Rafael Garcia, an MBA student at the University of Texas at El Paso.
The team created a video to explain its concept
; conducted market research with teachers, parents and children; wrote a detailed business plan; and made a 5-minute live pitch via web conference.
The experience “gave us a feel for how the sciences and marketing interact,” Bodie says.
“In engineering, you focus on how everything works,” he adds. “Here you had to apply that knowledge to a real-world business setting.”
NASA collaborated with the nonprofit Center for Advancing Innovation
(CAI) to run the multi-phase business plan competition. Startups launched from the SPACE RACE will be tasked with incorporation and licensing of NASA technologies. The 15 winners and finalists in the competition can receive continued guidance from CAI and available support from NASA technical personnel.
“We’re still in the hunt,” Sorensen says. “Once we lock down the license, we’ll go out and raise seed capital.
“Usually, it’s hard for startups to get technology licenses because they have no resources to pay for licensing fees,” Sorensen says. “This competition turned the regular process on its head. The startup gets the license first, and then can seek venture capital funding, which makes more sense.”
Sorensen says he was impressed with Bodie and Frey, who came up with the core idea to develop plug-and-play sensors after lengthy brainstorming sessions.
“Every startup has a core insight,” he says. “They came up with the idea to make a modular drone, which is perfect for this NASA technology.”