Manufacturing Planning and Control Systems for Supply Chain Management

This is a must have in any business library. The material is applicable in many useful areas throughout the supply chain. It's enjoyable to read b/c you keep thinking of how to apply the theories introduced in the book in your work. This is absolutely a treasure in your library.

Great book for all Industrial engineers. It does not get completely complicated and relates directly to common day industry practices.

This textbook, which has been around for a number of years and has undergone a few revisions, has become the standard preparatory text for APICS tests and college-level production/operations management courses in dozens of universities.The content is very broad - it covers almost the entire gamut of P/OM topics to some degree. That may be the only drawback to this book: it so broad in its topical coverage that there may be examples where the authors could have gone deeper in their presentation on specific subjects.But even so, this charactertistic of being "100 miles wide and a few miles deep" works very well for readers who need a comprehensive primer on P/OM. That would include people just entering the field, or those that need to undestand the primary subject matters and areas of study, to point them in new directions.I highly recommend this book as a foundation reference guide to your business library. Again, I know of many books that may be deeper in specific areas of P/OM, but I know of no book that encompasses so many topics and does and admirable job of presenting those topics. I would also caution the seasoned, highly-read P/OM professional in buying this book, but leave it for those newcomers to the field.

This book is a classic: depth of information over a broad body of knowledge.The error mentioned by another reviewer appears on p. 488: the "L-bar" term should be squared. Verifying dimensional homogeneity [i.e.that units of measure calculate consistently across the expression and result in "items" {whatever units demand is carried = units of safety stock}]) would alert a reader quickly that the product in the first term is incorrect.

The only short fall from this book is the formula described for calculating safety stock has an error in it. This error will lead to a significant miscalculation of safety stock and should be corrected in subsequent printings. This formula should be a Square Root of the Sum of the Squares (SRSS) and the first element is not properly squared