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Abstract:
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What went wrong?
How did it happen? Could it happen again? How can we avoid repeating the
mistakes of the past? No one knows like the people who were there, and
have the scars to prove it. The majority of space mishaps can be traced
to human error, not to rocket science. Examining and understanding the
root causes of actual space mission failures is critical to helping
today’s engineers of any highly complex systems identify lessons
learned, and translate these lessons into real strategies for
eliminating root causes. Implementing specific strategies and project
principles is the best means of prevention. Recognizing why the lessons
of the past are not learned is also a critical step in solving the
problem. “Space System Mishaps-What Can We Learn?” is a discussion
excerpted from a two day NASA class on the same subject, aimed at
further strengthening system quality standards by understanding why they
broke down in the past and what to do about it. |
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Bio: |
Joe Nieberding has
more than four decades of management and technical experience leading
and participating in NASA independent review teams and evaluating NASA
advanced space mission planning. During his 35 years at NASA Lewis
Research Center (now NASA Glenn), he directed numerous studies to help
select transportation, propulsion, power, and communications systems for
advanced NASA mission applications. His Advanced Space Analysis Office
led all of Lewis’s exploration advanced concept studies for returning to
the moon and travelling to MARS. In addition, he was a launch team
member at Kennedy Space Center on more than 65 Atlas/Centaur and
Titan/Centaur launches. Joe retired from NASA in 2000, and has continued
consulting for them, as well as for other federal agencies. Joe is a
recognized expert in launch vehicles and advanced transportation
architecture planning for space missions. Joe is co-founder and
President of Aerospace Engineering Associates (AEA). |