Journal
RESEARCH-TECHNOLOGY MANAGEMENT
Volume 65, Issue 1, Pages 39-47Publisher
TAYLOR & FRANCIS INC
DOI: 10.1080/08956308.2022.1994249
Keywords
Innovation; NASA; Information technology; Process; Wicked problem
Categories
Funding
- National Aeronautics and Space Administration [80NM0018D0004]
- Advanced Information System Technology program [AIST-18-0043]
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Wicked problems stem from complex systems without clear solutions. WKID Innovation, modeled after NASA's science system engineering, aims to scale NASA processes to tackle wicked problems by bridging design thinking and complex systems science for disruptive innovation. NASA, a pioneer in disruptive technologies, has pushed the boundaries of human knowledge through feats like human moon landings and Mars rovers.
OVERVIEW: Wicked problems result from complex systems and often have no single solution. WKID Innovation, a framework to tackle wicked problems, is modeled after the National Aeronautic Space Administration's (NASA) science system engineering. NASA is a leader creating disruptive technologies that alter the way that people, companies, and industries operate. Since 1958, NASA has pioneered innovation to advance human knowledge, engineering the first human landing on the moon, successfully landing rovers on Mars, and leaving our solar system, literally going where no man has gone before. While driving innovation in new frontiers, NASA collects accurate, reliable Earth observations that change how we live. WKID Innovation is a framework to scale NASA processes for innovation, specifically by using the knowledge hierarchy to bridge design thinking and complex systems science to system engineer and manage disruptive innovation.
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