FAA rules open skies for on-campus UAS training
With the Federal Aviation Administration’s (FAA) first regulations regarding commercial use of Unmanned Aircraft Systems (UAS, commonly referred to as drones) released in June, training programs across the country are getting a boost.
|This fall, Liberty University students will have opportunities to fly small UAVs (unmanned aerial vehicles), similar in size to the pictured 3D Robotics Y6, on campus for the first time. (Photo by Mitchell Bryant)|
Liberty University School of Aeronautics’ UAS program remains a leader in training this new category of specialized pilots. While students have had opportunities to fly UAS in restricted areas, through industry partnerships, the new regulations will allow them to fly small UAS (under 55 pounds) on campus for the first time. They will use fixed-wing and multi-rotor small UAVs (unmanned aerial vehicles), flying within the regulations which allow UAVs to operate within the operator’s line of sight, within 400 feet of the ground, and not over the heads of individuals who are not shielded by a structure. Students will have opportunities to gain experience outside of the classroom in providing services to the university, including aerial photography (including of Flames athletics events), search and rescue (if needed to support Liberty University Police Department), and data collection (including air testing and weather).
“We can provide quality operators to any company that wants to fly small UAS, so by being able to train the students on them, we are preparing them,” said Jonathan Washburn, director of Liberty’s UAS program. “They can go off into the industry after they graduate and now they have more options.”
While the regulations affect training programs for the smaller aircraft, Liberty’s UAS program continues to stand out in the crowd, becoming the only one in the country to offer students training leading to a full operator certification on a medium-sized UAS aircraft.
|Liberty University assistant professor Steven Brinley and UAS student Luke Reddaway prepare to launch a Textron Systems Aerosonde Small Unmanned Aircraft at Textron's facility in Blackstone, Va. (Photo by Kevin Manguiob)|
Through a partnership with Textron Systems, a company which operates the Aerosonde Small Unmanned Aircraft System (SUAS) (an aircraft with a 12-foot wingspan that has been used by a number of agencies, including the U.S. Department of Defense and NASA), Liberty students can now earn the same operator certification that Textron Systems requires of its employees. (The Aerosonde is considered small by military standards; its size would classify as medium by civillian standards.) Students gain experience flying the Aerosonde SUAS at Textron Systems’ facility in Blackstone, Va. — a rare opportunity in the U.S. due to airspace restrictions. Because of the Textron Systems partnership, many Liberty UAS students are able to apply for a job before they even graduate from the program.
“We are ahead of the curve, we are producing graduates with qualifications that no one else has,” Washburn said. “By connecting with industry, we maintain the leading edge because Textron Systems will train our students on their current vehicles, as they come up with new software and hardware, they implement that in training.”
In the booming UAS industry in need of qualified college graduates (over 100,000 jobs are projected to be created over the next 10 years, according to a report by AUVSI) Liberty’s UAS program is meeting the need.
|Brinley and Reddaway prepare for a training exercise with the Aerosonde. (Photo by Kevin Manguiob)|
Adam G. Leachman, Aerosonde project manager, said the relationship between Textron Systems and Liberty has led to job placements for many Liberty students.
“We are very proud of our continued relationship with Liberty University,” he said. “The class and courses provided by Textron Systems are part of Liberty University’s School of Aeronautics curriculum — providing students with the ability to take a course that is unmatched in the marketplace.”
Leachman said the company is looking to include full maintenance/crew chief certification on the Aerosonde system for Liberty University in the future.
The first batch of students to take the full operator certification course, eight in all, completed their Aerosonde SUAS training in June at the Textron Systems Unmanned Systems Service & Support Center, which is about 80 miles from campus in Blackstone, Va.
Peter Buccialia, a senior in the program, said the training was “truly one of a kind.”
“Having this certification will allow us to venture out into the UAS field a step above everyone else,” he said. “Just the connections, alone, and the hands we shook at Textron give us an advantage over others in the UAS industry. These classes not only fulfill graduation requirements, but also set us up for a bright future in the growing UAS industry.”
|A group of Liberty University students and professors at the Textron Systems facility in Blackstone, Va. (Photo by Kevin Manguiob)|
The industry should only continue to grow as the FAA continues to update and expand regulations, which Washburn said will eventually allow for commercial use of medium and large UAS.
“The major industry leaders are investing huge amounts of dollars into research and development to continue to develop their existing platforms and to build new platforms with new capabilities their hope is to expand their abilities and to increase their utilization of unmanned systems,” Washburn said. “We are anticipating rapid growth in the small UAS industry and continued growth in the medium/large UAS industry in America because there is usefulness to these vehicles, and all we are waiting on is the (legal) ability to fly them.”
Since Liberty’s UAS graduates also gain their instrument rating and private pilot’s license, they are able to bring more than just experience to the table, they have a deep knowledge of the aeronautics industry. The goal is to see Liberty’s graduates emerge as the future leaders of the UAS industry.
“The areas that we are going to teach and test them in are widespread, they will already have a huge library of aviation knowledge in their head when they go into the UAS program,” Washburn said. “Our goal is to graduate students who can start out flying small vehicles and move their way up in the industry and eventually fly something with jet engines on it.”