It is widely known that innovation is crucial to sustain success in business, government, and engineering. But capturing the effective means of fostering innovation remains elusive. How can organizations actively promote innovation, which arises from a complex combination of cognition and domain expertise? Researchers across an array of fields are studying innovation, with exciting new findings suggesting that science is beginning to understand how it can be cultivated. It is now more important than ever for seemingly distant fields to share conclusions and, in concert, translate them into viable applications. In this unique and exciting collaboration, engineers, cognitive scientists, psychologists, computer scientists, and marketers explore the practical methods that support innovation and creative design, from different ways of thinking and conceptualizing to computer-based tools. The authors present research on processes as well as on the evaluation of existing methods. Their lessons drawn are at the forefront of the interdisciplinary movement to use science to help organizations thrive.... 41 defined, 23, 24, 129 development/evaluation of tools for, 128a151 domain experts, requirement for, 18 examples, ... advantages of, 75 team problem- solving approach, 95 tools for structuring, 19, 20 transformational process, 184a 185, 190 ... N. K., 125 Diagrams vs. sketches, 77 Distant analogies, 54, 56, 57, 58 , 61a63, 66f, 67t Distributed creative cognition, 148f, ... 94, 96, 100 similarities between, 88 Double helix discovery (Watson aamp; Crick), 29a30 Dunbar, K., 55, 62 Duncker, K., anbsp;...
|Title||:||Tools for Innovation : The Science Behind the Practical Methods That Drive New Ideas|
|Publisher||:||Oxford University Press, USA - 2009-07-16|