The issue with today's complex systems is that often behaviours emerge that are unforeseen and unwanted. The usual and expensive part of this issue is that these unforeseen and unwanted behaviours do not surface until after the system has been designed and realized. In the worst-case scenario, these unwanted behaviours result in a catastrophic failure. In the best case scenario, we are faced with expensive and time-consuming changes to the system.
Once the system is realized in atoms, i.e., a physical manifestation, the cost and time to make corrections ranges from the costly to the unaffordable. A major way to mitigate this issue is to use bits, i.e., modelling and simulation, in order to test out the system virtually and uncover emergent behaviour that is detrimental to the performance of the system. The NASA DigitalTwin project is a step in that direction.
This presentation outlines the scale and scope of the initial efforts and discusses the path forward.
Professor, Florida Institute of Technology (FIT)
Dr. Michael Grieves splits his time between the business and academic worlds. He is the author of the seminal books on PLM: “Product Lifecycle Management: Driving the Next Generation of Lean Thinking” (McGraw-Hill, 2006) and Virtually Perfect: Driving Innovative and Lean Products through Product Lifecycle Management” (SCP, 2010). Dr. Grieves is an acknowledged world expert in PLM and lectures world-wide on engineering, manufacturing, and PLM in both industry and academia conferences. In addition to his books, Dr. Grieves has numerous publications and articles. Dr. Grieves consults with a number of leading international manufacturers and governmental organizations such as NASA.