Venue:
Hamilton Park Executive Conference Center
Florham Park, New Jersey
Organizer:
Aspen Technology, Inc. (formerly Chesapeake Decision Sciences, Inc.)
Supply Chain Division Headquarters
890 Mountain Avenue
New Providence, NJ 07974
Tel: (908) 516-9500
Fax: (908) 516-9550
The theme of Chesapeake's eight annual MIMI User Group (MUG) Meeting is providing practical examples of how companies are substantially improving their production planning and scheduling. Attendees at the MIMI User Group Meeting typically represent a wide spectrum of industries including chemicals, food and beverage, pharmaceuticals, semiconductors and advanced eletronics, metals, paper, refineries and synthetic fibers. They travel from countries North America as well as Europe and the Pacific Rim.
Our users bring with them a wealth of experience in using MIMI. Many are extending their use of MIMI throughout the Manufacturing Logistics Supply Chain. Others are implementing MIMI applications that include Demand Management, instantaneous Available-To-Promise and Strategic Planning.
Attending the User Group Meeting offers an opportunity to:
The Hamilton Park, which is a 20 minute drive from Chesapeake's New Jersey office, provides a complete package including hotel accommodations, meeting rooms, meals and recreational facilities. The meeting will begin at 9 A.M. on Thursday, April 6 and end following lunch on Friday, April 7. Participants are invited to join us for dinner and informal discussions on Wednesday evening, April 5.
The cost for each attendee is $750, which includes hotel accommodations for two nights (April 5 and 6), the use of facilities and all meals. To regiester, contact Jennifer Constant at Chesapeake's New Jersey office by telephone at (908) 464-8300, by fax at (908) 464-4134 or by email at jsc@chesapeake.com. Space is limited at Hamilton Park and reservations must be received by March 15.
Come Join Us!
Maximal Software will be present at the MUG'95 meeting demonstrating the implementation of the MPL modeling language inside MIMI. This option allows MIMI users to set up models using an algebraic modeling language instead of the usual block schematic input tables.