Title :
Technology transfer at Internet speed
Author_Institution :
Intel Corp., Rio Rancho, NM, USA
Abstract :
You are the factory manager with two processes running, a third scheduled to ramp down and a fourth scheduled to startup. Then the new loadings forecast comes out and you discover that the process your factory was going to ramp down is ramping up and the new process startup has been pulled in. Is your factory flexible enough to commit to the new loadings forecast and still meet the startup schedule? There is only one way to find out, you go to the Internet and consult the Route and Tool Readiness (RTR) System. The Route and Tool Readiness system is a spreadsheet-based system accessible from the Intel Intranet, which links information from several different sources to give an integrated view of a startup project. These include tool schedules, route information, throughput time data and engineering contact names. As the time between process development and process transfer into manufacturing continues to decrease, the RTR system becomes more critical. It enables factory management to successfully deal with last-minute technology changes during transfer as well as sudden shifts in market demand between multiple technologies. At the same time, it makes technology transfer projects more productive, accurate, and faster.
Keywords :
Internet; electronic engineering computing; electronics industry; integrated circuit manufacture; intranets; manufacturing data processing; spreadsheet programs; technology transfer; Intel Intranet; RTR system; Route and Tool Readiness System; engineering contact names; internet speed; last-minute technology; loadings forecast; manufacturing; process development; process transfer; route information; spreadsheet-based system; startup project; startup schedule; technology transfer; throughput time data; tool schedules; Data engineering; Internet; Job shop scheduling; Load forecasting; Manufacturing processes; Production facilities; Qualifications; Technology management; Technology transfer; Throughput;
Conference_Titel :
Semiconductor Manufacturing, 2000. Proceedings of ISSM 2000. The Ninth International Symposium on
Print_ISBN :
0-7803-7392-8
DOI :
10.1109/ISSM.2000.993608