Operations Management By William J. Stevenson 13th Edition Ppt |verified| -

The fluorescent lights of the third-floor computer lab hummed with a sound that could drive a person to the brink of insanity. Outside, a torrential autumn storm battered the windows of the School of Business, turning the campus into a gray blur.

If you are currently enrolled in an MBA, undergraduate business program, or even a professional certification course, chances are high that you have encountered (or will soon encounter) the gold standard of OM textbooks: The 13th edition (copyright 2018) sits between the

Use the slides to preview lectures or as a review tool after reading the chapter.

The classic EOQ total cost curve graph, showing where holding costs intersect with ordering costs. The formula and calculation steps for ( 2DS/Hthe square root of 2 cap D cap S / cap H end-root ) and Reorder Point (ROP) . If you are currently enrolled in an MBA,

| Slide | Content | |-------|---------| | 1 | Title & Learning Objectives | | 2 | What is Operations Management? | | 3 | Production vs. Service Operations | | 4 | OM Decisions (Strategic, Tactical, Operational) | | 5 | Historical evolution (Smith, Taylor, Deming, etc.) | | 6 | Current trends (big data, sustainability, globalization) | | 7 | Key productivity measurement | | 8 | Summary & Review questions |

Use the slides to skim the chapter's main topics (e.g., Chapter 1's definitions of inputs, outputs, and process variation). | Slide | Content | |-------|---------| | 1

The slides introduce the transformation process (inputs to outputs), distinguishing between goods and services. It highlights the importance of supply chains and process variation—how random versus assignable variation impacts quality and efficiency. 2. Operations Strategy and Sustainability

The 13th edition highlights the use of Excel for solving OM problems. PPTs should feature screenshots of Excel templates or ScreenTips showing how to use tools like Excel Solver for linear programming.

Q*=2DSHcap Q raised to the * power equals the square root of the fraction with numerator 2 cap D cap S and denominator cap H end-fraction end-root (Where = Annual Demand, = Ordering Cost, = Holding Cost)