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MTSU unveils bachelor’s degree in unmanned aircraf...

MTSU unveils bachelor’s degree in unmanned aircraft operations

Unmanned aircraft systems, or UAS, are creating thousands of new jobs in many industries and proving to be a major fixture in the future of aviation worldwide.

That’s why MTSU students who earn a bachelor’s degree in the Department of Aerospace’s new UAS Operations concentration will be a part of a rising business sector expected to bring 70,000 new jobs, starting salaries of $50,000 or higher and contribute $13.6 billion to the U.S. economy in the next three to five years.

Doug Campbell, operations manager for MTSU aerospace department's Unmanned Aircraft Systems, uses remote control to make the 3D Robotics X-8 aircraft take off while performing research at the Argentina agricultural institute near Mendoz during winter break. Following TBR approval, UAS Operations now is available as a bachelor's degree. (Photos by Federico Garcia)

Doug Campbell, operations manager for MTSU aerospace department’s Unmanned Aircraft Systems, uses remote control to make the 3D Robotics X-8 aircraft take off while performing research at the Argentina agricultural institute near Mendoz during winter break. Following TBR approval, UAS Operations now is available as a bachelor’s degree. (Photos by Federico Garcia)

UAS Operations will prepare students to fly unmanned aircraft, also called drones; program the aircraft; and build and modify aircraft to their unique needs.

This will allow graduating students to set their own course in multitude of industries and other disciplines, said Doug Campbell, UAS Operations manager.

The UAS Operations concentration, which is fully available this semester, will prepare students to find one of those jobs in desired industries from agriculture, public safety, photography, media, disaster response/management, power industry, defense department positions and an endless list of others, Campbell said.

“We are elated to add another concentration to our curriculum,” said aerospace chair Ron Ferrara.

“Unmanned aircraft are a major part of the future of aviation. We strive to stay on the cutting edge of technology and safety in our programs. This significant shift in the aviation industry will have profound positive effects and we are paving the way for students to enter this lucrative career field.”

Aerospace logoThe concentration received Tennessee Board of Regents approval late last year and is the first of its kind in the state. Students must talk to their adviser before adding UAS Operations as their major concentration online, Campbell said.

The UAS degree is one of only a handful in the United States. It includes hands-on courses on building and flying unmanned aircraft systems, manned pilot training (earning a private pilot license), core aerospace courses and participation with industry partners.

Unmanned aircraft courses, originally offered as electives while the complete concentration was being built last year, have been taught since spring 2014, Campbell said. They are offered every semester.

“As the national airspace system is reshaped through unmanned aircraft and new technologies, MTSU students will be able to lead the way and find lucrative positions in the workforce,” Ferrara said. “This is a chance for our graduates to work in multiple industries and bring the advances and benefits of aviation (and unmanned aircraft) to those previously not reached.”

MTSU junior agriscience major Aubrey Bloom of Nashville performs a preflight inspection of the 3D Robotics X-8 unmanned aircraft during research while on winter break in Argentina with other students and faculty. Aerospace students can now pursue a bachelor's degree in UAS Operations. (Photos by Federico Garcia)

MTSU junior agriscience major Aubrey Bloom of Nashville performs a preflight inspection of the 3D Robotics X-8 unmanned aircraft during research while on winter break in Argentina with other students and faculty. Aerospace students can now pursue a bachelor’s degree in UAS Operations. (Photos by Federico Garcia)

Students will also take an interdisciplinary, technical path through manned and unmanned courses, electricity principles, computer science, geographic information systems or GIS, agriculture, business and other programs.

The UAS Operations concentration went through multiple levels of approval at the college, university and with TBR. The work to create the degree program spanned more than a year, including participation from many faculty and staff in departments around campus.

“Students will garner from the expertise of faculty members around the university, such as computer science and engineering technology, and the input from many departments was crucial to create a strong degree program,” Campbell said.

After a thorough review and determination of the degree’s ability to create new operators, consultants, managers and leaders who will thrive in the UAS industry, the final signature was made and degree entered into the aerospace department’s offerings in December.

UAS joins concentrations in aerospace administration and technology, flight dispatch, maintenance management and professional pilot, along with the air traffic control program.

For questions about the new UAS Operations concentration, call Campbell at 615-898-5832, email Douglas.Campbell@mtsu.edu or visit him in his office in Room S212 in the Business and Aerospace Building.

— Randy Weiler (Randy.Weiler@mtsu.edu)

In this December 2014 file photo, the 3D Robotics X-8 unmanned aircraft climbs during takeoff at the National Institute of Agricultural Technology, or INTA, near Mendoza, Argentina, as MTSU students and faculty utilized it to collect agricultural research data. UAS Operations is now an aerospace concentration approved by the Tennessee Board of Regents late last year.

In this December 2014 file photo, the 3D Robotics X-8 unmanned aircraft climbs during takeoff at the National Institute of Agricultural Technology, or INTA, near Mendoza, Argentina, as MTSU students and faculty utilized it to collect agricultural research data. UAS Operations is now an aerospace concentration approved by the Tennessee Board of Regents late last year.


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