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Program Speakers  Preliminary Program<< Back |
Dr. Thomas R. KurfessGeorgia Institute of Technology (Professor and formerly White House Fellow and Assistant Director for Advanced Manufacturing at the Office of Science and Technology Policy) MAKING CHIPS, THE DIGITAL FUTURE OF MANUFACTURING Manufacturing has been identified as President Obama's number one priority, as it is critical for the economic prosperity and national security of the United States of America. Dr. Thomas Kurfess, who served as the Assistant Director for Advanced Manufacturing in the Office of Science and Technology Policy in the Executive Office of the President of the United States of America, was the technical lead for the President on the current federal efforts related to manufacturing. Dr. Kurfess will present an overview of the Administration's endeavors in advancing manufacturing with a focus on the National Network for Manufacturing Innovation (NNMI) which was discussed in the 2013 State of the Union Address. The NNMI will be presented as it relates to the historic development of interests in manufacturing, and its place in the overall federal manufacturing strategy identifying the technical and cultural strengths of the Nation that can be leveraged to strengthen the country's manufacturing base. One of these strengths is the Cyber Physical Systems infrastructure that is currently available and rapidly expanding. Professor Kurfess will discuss how such technologies can be employed to move manufacturing completely into a digital domain by employing digital models, in conjunction with readily available High Performance Computing (HPC) platforms (e.g., multi-core, GPU, and cloud) to enable rapid process and production planning for use in both cost estimation/quoting and, ultimately, production and verification. For cloud manufacturing, this will enable even the smallest and least sophisticated manufacturing node in the cloud to rapidly respond to large number of quote requests for complex parts utilizing low cost cyber infrastructure resources that are currently available and expanding on a daily basis. Furthermore, this capability will enable designers and manufacturers to optimize their performance including minimizing costs, energy consumption, waste generation (scrap and chips), and material utilization (light weight designs), ultimately opening-up new markets and business models for local SME's that currently employ the majority of many local population segments. |