Austin Chapter of INFORMS General Meeting and Seminar


When Tuesday, January 23, 2001 6:30 pm
Where The University of Texas at Austin Mechanical Engineering Building (also called ETC)
Corner of Speedway and 26th Street (also called Dean Keaton)
Room 5.132
Feature  Shekar  Krishnaswamy: Planning and Scheduling at Motorola

General Information

The Austin Chapter of INFORMS announces a general meeting open to all members and others who wish to network with Operations Research and Management Science professionals and students.

The chapter will provide food and drinks at the beginning of this meeting. Prior to Shekar's presentation, we will briefly discuss the upcoming Austin Chapter of INFORMS Optimization Symposium to be held from 9am - 6pm on Friday, February 23rd at the Schlumberger Austin Product Center in Northwest Austin.

Speaker Information

Speaker: Shekar Krishnaswamy, Ph.D.

Title: Planning and Scheduling at Motorola

Abstract: The semiconductor industry is notorious for exhibiting cyclical behavior in product demand.  Equally notorious is the ability of this industry to answer
these cycles with excess or insufficient capacity.  Along with this phenomena is its inherent nature of extremely long manufacturing lead times and processing equipment characterized by high downtimes.  These aspects coupled with practically unlimited flexibility in customer ordering, offer opportunities for numerous
planning and scheduling techniques.  Motorola and other semiconductor companies have made many attempts in developing and deploying creative solutions in this area.  This presentation will provide some insight into these attempts. The current challenges, limitations and opportunities in this arena will also be discussed.

Directions

The Mechanical Engineering Building is near the Northeast corner of Speedway and 26th Street (Dean Keaton Blvd) on the University of Texas at Austin
campus.  Most campus parking restrictions end at 4pm.  Room ETC 5.132 is on the opposite end of the building from the elevators on the fifth floor.