Saudi Electronic University Boeing’s Assembly Equipment Case Questions In the summer and fall of 2010, workers were rearranging the furniture in Boeing’s f

Saudi Electronic University Boeing’s Assembly Equipment Case Questions In the summer and fall of 2010, workers were rearranging the furniture in Boeing’s final assembly plant in Everett, Washington, in preparation for the production of the Boeing 767. It was a difficult and time-consuming process, however, because the items of “furniture”—Boeing’s assembly equipment—weighed on the order of 200 tons each. It was a necessary part of setting up a production system based on “lean manufacturing,” also called “just-in-time” production. Lean manufacturing, pioneered by Toyota Motors of Japan, is based on the practice of having parts arrive on the factory floor just as they are needed for production. This reduces the amount of parts Boeing holds in inventory as well as the amount of the factory floor needed for production—in this case, reducing the square footage required for manufacture of the 767 by 40%. Boeing had adopted lean manufacturing in 1999 in the manufacture of the 737, the most popular commercial airplane. By 2005, after constant refinement, Boeing had achieved a 50% reduction in the time it takes to produce a plane and a nearly 60% reduction in parts inventory. An important feature is a continuously moving assembly line, moving products from one assembly team to the next at a steady pace and eliminating the need for workers to wander across the factory floor from task to task or in search of tools and parts. Toyota’s lean production techniques have been the most widely adopted of all manufacturing techniques and have revolutionized manufacturing worldwide. In simple terms, lean production is focused on organization and communication. Workers and parts are organized so as to ensure a smooth and consistent workflow that minimizes wasted effort and materials. Lean production is also designed to be highly responsive to changes in the desired mix of output—for example, quickly producing more sedans and fewer minivans according to changes in customers’ demands. Toyota’s lean production methods were so successful that they transformed the global auto industry and severely threatened once-dominant American automakers. Until the 1980s, the “Big Three”—Chrysler, Ford, and General Motors— dominated the American auto industry, with virtually no foreign-made cars sold in the United States. In the 1980s, however, Toyotas became increasingly popular in the United States due to their high quality and relatively low price—so popular that the Big Three eventually prevailed upon the U.S. government to protect them by restricting the sale of Japanese autos in the U.S. Over time, Toyota responded by building assembly plants in the United States, bringing along its lean production techniques, which then spread throughout American manufacturing. Toyota’s growth continued, and by 2008 it had eclipsed General Motors as the largest automaker in the world. In the summer and fall of 2010, workers were rearranging the furniture in Boeing’s final
assembly plant in Everett, Washington, in preparation for the production of the Boeing
767. It was a difficult and time-consuming process, however, because the items of
“furniture”—Boeing’s assembly equipment—weighed on the order of 200 tons each. It was
a necessary part of setting up a production system based on “lean manufacturing,” also
called “just-in-time” production. Lean manufacturing, pioneered by Toyota Motors of
Japan, is based on the practice of having parts arrive on the factory floor just as they are
needed for production. This reduces the amount of parts Boeing holds in inventory as well
as the amount of the factory floor needed for production—in this case, reducing the square
footage required for manufacture of the 767 by 40%. Boeing had adopted lean
manufacturing in 1999 in the manufacture of the 737, the most popular commercial
airplane. By 2005, after constant refinement, Boeing had achieved a 50% reduction in the
time it takes to produce a plane and a nearly 60% reduction in parts inventory. An
important feature is a continuously moving assembly line, moving products from one
assembly team to the next at a steady pace and eliminating the need for workers to wander
across the factory floor from task to task or in search of tools and parts. Toyota’s lean
production techniques have been the most widely adopted of all manufacturing techniques
and have revolutionized manufacturing worldwide. In simple terms, lean production is
focused on organization and communication. Workers and parts are organized so as to
ensure a smooth and consistent workflow that minimizes wasted effort and materials. Lean
production is also designed to be highly responsive to changes in the desired mix of
output—for example, quickly producing more sedans and fewer minivans according to
changes in customers’ demands. Toyota’s lean production methods were so successful that
they transformed the global auto industry and severely threatened once-dominant
American automakers. Until the 1980s, the “Big Three”—Chrysler, Ford, and General
Motors— dominated the American auto industry, with virtually no foreign-made cars sold
in the United States. In the 1980s, however, Toyotas became increasingly popular in the
United States due to their high quality and relatively low price—so popular that the Big
Three eventually prevailed upon the U.S. government to protect them by restricting the
sale of Japanese autos in the U.S. Over time, Toyota responded by building assembly plants
in the United States, bringing along its lean production techniques, which then spread
throughout American manufacturing. Toyota’s growth continued, and by 2008 it had
eclipsed General Motors as the largest automaker in the world.
1. What is the opportunity cost associated with having a worker wander across the factory
floor from task to task or in search of tools and parts?
2. Explain how lean manufacturing improves the economy’s efficiency in allocation.
3. Before lean manufacturing innovations, Japan mostly sold consumer electronics to the
United States. How did lean manufacturing innovations alter Japan’s comparative
advantage vis-à-vis the United States?
4. Predict how the shift in the location of Toyota’s production from Japan to the United
States is likely to alter the pattern of comparative advantage in auto making between the
two countries.

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