DISCRETE-EVENT SIMULATION FOR SEMICONDUCTOR WAFER FABRICATION FACILITIES: A TUTORIAL
John Fowler, Lars Mönch, Thomas Ponsignon
Abstract
John Fowler, Lars Mönch, Thomas Ponsignon
Abstract
Discrete-event simulation is a well-established and rather successful method in some semiconductor companies. while other companies do not use simulation at all. Simulation is used for performance assessment and decision-making. This paper focuses on the methodological and practical issues that have to be addressed to build, use, and maintain simulation models for a semiconductor wafer fabrication facility (wafer fab). We describe and discuss the main steps of a simulation study in this domain. We seek to highlight the main issues and present alternative ways to address them. Common pitfalls in using discrete-event simulation in semiconductor manufacturing and how they can be avoided are also discussed.
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Discrete-event simulation is a well-established and rather successful method in some semiconductor companies. while other companies do not use simulation at all. Simulation is used for performance assessment and decision-making. This paper focuses on the methodological and practical issues that have to be addressed to build, use, and maintain simulation models for a semiconductor wafer fabrication facility (wafer fab). We describe and discuss the main steps of a simulation study in this domain. We seek to highlight the main issues and present alternative ways to address them. Common pitfalls in using discrete-event simulation in semiconductor manufacturing and how they can be avoided are also discussed.
Key concepts: Discrete event simulation, Semiconductor device fabrication, Wafer fabrication, Wafer, Event (particle physics), Computer science, Semiconductor device modeling, Domain (mathematical analysis)