Air University (AU) has been hosting wing commanders from across the U.S. Air Force monthly since January, to highlight how the commanders can leverage the university’s capabilities to benefit their airmen and the Air Force.
The most recent orientation occurred on August 12 and 13, and the program was designed to showcase how Air University has changed since some of them attended courses and the strides made in educating future leaders.
“We hope to change the perception of Air University,” said Capt. Nick Woodbury, AU Governance and Policy project officer. “Many of these wing leaders previously thought of AU just as Air Command and Staff College or Air War College because a lot of them haven’t been here in a long time. We wanted to show them how much it’s changed and the resources we now offer.”
Recognizing the value of their time, John Carter, AU director of operations, said that he and his team partnered with the AU Library to specifically build the orientation around items directly affecting these wing leaders and their airmen.
One of the goals was to not only spread awareness about what the university currently offers, but to also show the commanders that they have ownership in AU and can help morph it into better serving the Air Force of the future, Woodbury said.
Just one of the many projects the attendees had the opportunity to learn about was Air University’s application of virtual and mixed-reality as a means of enhancing the training of airmen.
“What Air University is doing by leveraging technology and experiential-learning is really unique,” said Col. Patricia Csank, 673rd Air Base Wing commander from Joint Base Elmendorf-Richardson, Alaska. “I’m walking away from here with some ideas on mixed-reality and some things we can be doing to enhance everyday mission sets at my base.”
The AU orientation is currently scheduled monthly through January of 2020, but Woodbury mentioned that because of the positive feedback from wing commanders, he and his team are hoping to keep it going indefinitely.
Source: US Air Force