Saturday, 28 July 2012
San Quentin Prison Inmates Build Tiny Satellite Parts for NASA
SANTA CLARA, Calif. -- The NASA Ames Research Center is known for establishing innovative partnerships and Pete Worden, the former Air Force general who serves as the Center’s director, is known as a maverick. Still, the latest joint venture to come to light has caught even some longtime NASA observers by surprise.
Under supervision from NASA Ames, inmates working in the machine shop at California’s San Quentin State Prison are building Poly Picosatellite Orbital Deployers (PPODs), the standard mechanism used to mount tiny satellites called cubesats on a variety of launch vehicles and then, at the appropriate time, fling them into orbit.
"Only Pete Worden would do something like that," said Bob Twiggs, who was one of the inventors of the cubesat while he was a at Stanford University. "He is a real independent hero to me in blazing new trails rather that sticking close to the safe road," Twiggs, who now serves as a professor at Kentucky’s Morehead State University, said by email.
Warden got the idea for the partnership with San Quentin while he was at a party, talking to the spouse of a NASA employee who happened to work as a guard on the prison’s death row. When the guard mentioned the prison’s critical need to establish innovative and training programs, Warden, a former University of Arizona professor, said, "How about building small satellites?”
A couple of weeks later, NASA Ames officials visited the prison and confirmed that inmates had access to the type of machine tools they would need to build PPODs. That led to a two year, non-reimbursable Space Act Agreement that senior officials from NASA Ames and San Quentin signed in June 2011.
As part of that agreement, NASA Ames officials developed the educational plan to train inmates to build the small satellite components. The partnership program is designed primarily to help "a few select inmates develop their machining skills to make them more employable in the aerospace industry upon release," Adriana Cardenas, NASA Ames associate director of engineering, said in an emailed response to questions. "The components will never fly in space," said Cardenas, who also serves as NASA Ames' liaison to San Quentin.