Department of Mathematics

Lansing State Journal

Proposed Project for the MSU Industrial Math Students

During a typical ``day'' (10:00 PM to 4:30 AM), the Lansing State Journal prints 76,000 newspapers. The job of delivery begins with the presses since the product must be available to customers early in the morning in the far corners of the state. This means that once salable papers appear at the end of the press they are immediately loaded onto waiting trucks. The process of printing, inserting (advertisements, etc.), bundling, and loading continues throughout the night so that when the presses finally stop the last truck is loading and just as quickly leaving. During a typical ``day'', the Lansing State Journal sells 74,000 newspapers.

It would be reasonable to ask why 2,000 extra papers are printed. The answer is more complex than one might imagine and partially appears in a study of how a modern printing press operates. The process of printing a newspaper is a continuous one, from large rolls of ``white paper'' at one end to finished and folded papers at the other. Starting the press typically produces 50 spoiled papers before the first salable copy appears. Stopping the press is even more costly, 75 to as many as 300 spoiled papers result.

Depending upon the edition, day of the week, and other factors a press may start and stop several times per ``day''. These factors, as well as expected demand, are built into the pressperson's daily ``manifest'', i.e. the total number and kind of papers that are to be printed. However, this is only the beginning of the story, since unpredictable counting and loading errors, handling damage, etc. all add to the number of papers that are needed. Typically the latter problems result in several hundred --- up to 500 --- missing papers per day.

The project has two aspects. The first is to determine if it is possible to reduce number of missing papers --- and then describe how. The second is to perform a statistical cost-benefit analysis of printing the newspaper that seeks to minimize the manifest count (the total number of papers to print).

The ideal completed project deliverable for the former is a set of recommendations for new equipment and/or accounting techniques along with evidence of their effectiveness. The latter deliverable could be a parameterized production model that minimizes cost --- again, along with the evidence of effectiveness.


For any additional questions regarding the program curriculum and/or the extension deadline for the application to the MSIM program, contact us at


Department of Mathematics
Michigan State University
619 Red Cedar Road
C212 Wells Hall
East Lansing, MI 48824

Phone: (517) 353-0844
Fax: (517) 432-1562

College of Natural Science