Highlight: A Mile In Their Shoes: Tech Warrior Participants Experience Life of a Warfighter

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Capt. Brady Ross from the Air Force Research Laboratory’s Sensors Directorate provides guidance to his team during AFRL Tech Warrior 2017. During the 11-day Tech Warrior immersion, scientists and engineers receive training in battlefield airmen operations, combat first aid, perimeter defense and basic weapons familiarization in a realistic operational environment to provide them with a better understanding of warfighter needs as they develop the next generation of technologies. Air Force photos by Marisa Alia-Novobilski

Capt. Brady Ross from the Air Force Research Laboratory’s Sensors Directorate provides guidance to his team during AFRL Tech Warrior 2017. During the 11-day Tech Warrior immersion, scientists and engineers receive training in battlefield airmen operations, combat first aid, perimeter defense and basic weapons familiarization in a realistic operational environment to provide them with a better understanding of warfighter needs as they develop the next generation of technologies. (Courtesy of the U.S. Air Force, photos by Marisa Alia-Novobilski)

From Air Force Research Laboratory

Whoever owns the technological advantage when it comes to warfighting likely controls the battlespace of today. Scientists and engineers from the Air Force Research Laboratory, as well as acquisition personnel from throughout Air Force Materiel Command work hard to ensure that Airmen never enter a battle without that advantage.

However, there’s an old saying that goes something like, “Before you judge someone, walk a mile in their shoes.”

This is exactly what the 50 or so participants in AFRL’s Tech Warrior 2017 exercise did at the National Center for Medical Readiness, when they were immersed in a home station deployment exercise as technology warriors. The event, which in previous years, had been attended by scientists and engineers from AFRL for the most part, was open to military and civilian personnel from throughout AFMC locations across the country. The opportunity gave the participants, from Airmen through GS-15 personnel, a chance to walk in the shoes of today’s battlefield Airmen.

A warrior provides cover during a simulated IED detonation during the Tech Warrior 2017 capstone event.

A warrior provides cover during a simulated IED detonation during the Tech Warrior 2017 capstone event.(Courtesy of the U.S. DoD)

“Tech Warrior has two objectives,” said Lt. Col. David Shahady, Tech Warrior exercise commander. “First, we want to teach our participants what it is to be a warfighter. We run them through a series of training and events just to have them walk in the shoes of the warfighter. At the same time we’re doing all that, we bring out technologies and try to push innovation and see how those technologies would work in a real warfighting environment.”

During the 11-day immersion, participants received training in areas such as field operations, combat first aid, rescue operations, perimeter defense and basic weapons familiarization in a realistic operational environment. After five days of training, a three-day capstone field training exercise enabled participants to test their skills with a focus on combat rescue, disaster response and airbase defense.

Between 20-30 technologies were integrated into the exercise, several of which have been developed by small businesses working with the Air Force through the Air Force Small Business Innovation Research program, including six companies from the Dayton regional area.

“One was a sweat-sensing technology from a company called Eccrine Systems, who are developing technology with the Air Force to collect sweat and determine whether somebody has become dehydrated,” Shahady said.

Warfighters demonstrate combat first aid skills during a field training exercise during the Tech Warrior 2017 capstone event.

Warfighters demonstrate combat first aid skills during a field training exercise during the Tech Warrior 2017 capstone event.(Courtesy of the U.S. DoD)

During the 2016 rendition of Tech Warrior, 10 participants experienced dehydration issues which affected exercise scenarios.

“This year we had no issues whatsoever because we were able to monitor participants real-time and see when someone was actually becoming dehydrated and pull them to rehydrate themselves. Going from 10 people who had dehydration issues to zero is very exciting and a really good demonstration of our technology maturing,” Shahady said.

Shahady explained that with so many things going on the world right now, handing battlefield Airmen the most advanced equipment possible is critical.

“We can accelerate technology by doing this kind of research in an operational environment with the warfighter. We have to be able to move at the speed of everything going on around us, so it is that much more important that our innovation cycle get considerably faster,” he said.

Both younger and more seasoned military and civilian personnel participated in Tech Warrior 2017, providing the exercise even more realism and diversity.

“I signed up wanting to experience what it was like in a mock deployment setting and to see the types of technology that people from different labs are working on,” said 1st Lt. Joel Atienza, from AFRL’s Information Directorate in Rome, New York.

“I’ve actually experienced more than I thought I would – I got to ride in humvees, participate in mounted defense operations and dismounted urban operations,” he said.

Cathy Thompson, a production manager with the 421st Supply Chain Management Squadron at Tinker Air Force Base, Oklahoma, learned of the Tech Warrior exercise from an email that came through her organization. The 32-year Air Force civil service employee said she was glad she received permission to attend.

“This has exceeded all my expectations,” she said. “They’ve exercised us as accurately as possible in a training environment. We’ve had the full field conditions experience here. This is my first opportunity to see how a deployment is, and I wanted to come and see what the warfighter actually goes through while they’re down range. Now I can go back and support the idea of others coming here to support AFRL in testing these new technologies.”

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