DoD Supports Science-Technology Learning Effort in Washington D.C. School
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Frank Kendall, center, undersecretary of defense for acquisition, technology and logistics, helps to cut the ceremonial ribbon symbolizing the opening of a FLEX-ACE Lab at Francis L. Cardozo Education Campus, Washington, D.C., Oct. 20, 2015. The Flexible Aviation Classroom Experience, or FLEX-ACE, replicates a test-range control room and operations center with state-of-the-art computers, flight simulators and a miniature air-traffic-control tower. The FLEX-ACE Lab is established through a partnership with Cardozo, the Office of the Assistant Secretary of Defense for Research and Engineering, and the DoD Test Resource Management Center. DoD photo by Marvin Lynchard
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Frank Kendall, undersecretary of defense for acquisition, technology and logistics, speaks at a ceremonial ribbon-cutting at the FLEX-ACE Lab at Francis L. Cardozo Education Campus, Washington, D.C., Oct. 20, 2015. The Flexible Aviation Classroom Experience, or FLEX-ACE, replicates a test-range control room and operations center with state-of-the-art computers, flight simulators and a miniature air-traffic-control tower. The FLEX-ACE Lab is established through a partnership with Cardozo, the Office of the Assistant Secretary of Defense for Research and Engineering, and the DoD Test Resource Management Center. DoD photo by Marvin Lynchard
The Defense Department is making it possible for a local school here to turn an ordinary classroom into a novel learning environment that engages students in a complex science, math and technology curriculum.
Frank Kendall, undersecretary of defense for acquisition, technology and logistics, spoke with students at the Cardozo Education Campus this week and helped cut the ribbon to launch the Cardozo FLEX Lab Aviation Classroom Experience, or FLEX-ACE.
Through a partnership with Cardozo, the DoD Test Resource Management Center and the Office of the Assistant Secretary of Defense for Research and Engineering supported the FLEX-ACE as part of their science, technology, engineering and mathematics, or STEM, effort.
FLEX-ACE, developed by TEQGames, a learning and simulation company based in Orlando, Florida, turned a high-ceilinged Cardozo classroom into a test-and-evaluation, or T&E, lab featuring computer-based aviation platforms and simulators that help DoD test distributed simulation environments and improve students’ ability to learn, comprehend and retain new concepts.
’A Great Opportunity’
Attending the ceremony were defense officials, DoD STEM partners, Cardozo administration and staff, and leaders from the District of Columbia government and public schools. But when Kendall took the podium, he spoke to the students.
“You've got a great opportunity here to take advantage of the equipment, the interaction you'll have with others, the connection to other laboratories -- the variety of things you can do here to open up things for yourselves,” Kendall said.
The Cardozo FLEX-ACE classroom has three dual-pilot flight simulators, an air-traffic-control tower, and nine remotely piloted vehicle stations. The system lets students role-play in real-world missions that take place at test ranges across the country and in local air space.
“This is a real distributed test lab, and the students are emulating test operators,” said Dr. David Brown, deputy assistant secretary of defense for developmental T&E, who attended the Cardozo ceremony. Brown is also director of the department’s Test Resource Management Center.
According to TEQGames literature, students who participate in the FLEX Lab experience “are challenged to new and engaging missions that range from introductory flight experiences to survival-support operations from the world’s most dangerous airport.”
Each mission requires critical thinking in applying core math and science competencies ranging from time-speed-distance calculations to advanced physics, TEQGames says.
FLEX-ACE introduces students to technical and engineering disciplines they might not otherwise be exposed to at the high school level, and a range of career paths aligned with the DoD T&E mission.
The focus on science and technology is part of the DoD STEM mission -- to attract, inspire and develop exceptional STEM talent across the education continuum to enrich current and future service members and the DoD workforce to meet defense technological challenges.
In March, Defense Secretary Ash Carter spoke about the importance to the department of looking to the future.
“I’ve made a commitment to the men and women in uniform, to President Obama and to the American people, that as secretary of defense I will drive change to build what I call the Force of the Future: the military and the broader Defense Department that we need to serve and defend our country in the years to come,” the secretary said.
The DoD Test Resource Management Center also has a workforce outreach goal -- to ensure that a persistent pipeline of technology adds to the DoD technology T&E enterprise, and adds talent to the DoD T&E community.
The workforce is DoD’s most valuable T&E resource, Brown said.
The Cardozo FLEX-ACE lab is the first of its kind in Washington, and although it is the 18th FLEX-ACE classroom across the country and around the world, it is the third being used as a T&E distributed-test-environment test bed.
The immersive laboratory environment puts students in realistic T&E range occupations -- as engineers, scientists and technologists. Through interactive T&E missions, students develop a strong foundation in basic T&E concepts and an appreciation for the diverse career field.
FLEX-ACE allows students to see themselves in these roles and encourages their pursuit of challenging higher education, Brown said.
In his remarks to the students, Kendall recalled that he went through school during the Space Age, when the nation was working to put people on the moon.
“Think about that era, and today there are some interesting parallels,” he said. “Many areas of technology are opening up now too in aerospace and space.”
Hypersonic flight is an emerging technology, and Kendall mentioned the record-breaking final flight of the Air Force’s X-51A hypersonic scramjet, which in May 2013 reached Mach 5.1.
An aircraft speed is said to be hypersonic, according to NASA, when it is greater than Mach 5, which is five times the speed of sound. Typical speeds for hypersonic aircraft are greater than 3,000 miles per hour.
Flying speeds above Mach 5 for military and commercial applications are on the horizon, Kendall said, “and we're going to get there.” Amazing things are happening in space, he told the students.
“Commercial companies like Google are talking about using massive constellations to provide Internet everywhere, all the time, to everybody,” he said, and for Earth observation and communications in general.
“Manned space flight will come back in a big way, eventually,” Kendall said. “We're going to get beyond the space station, and NASA's serious about going to Mars. There are enormous opportunities out there.”
Kendall encouraged the students to get started now.
“Make the choice to dig into this and learn as much as you can,” he told them. “It will serve you enormously well.”
(Follow Cheryl Pellerin on Twitter: @PellerinDoDNews)