After talking about modules in class, I decided to do a little research on modularity. My search lead me to modular design information that strongly correlated with our class discussion. Modular design is used to subdivide a system into smaller parts, these smaller parts are whats known as the module. The module can be created independently of a whole unit, and then can be used in many different systems. Modules are implemented in these systems for multiple functions.
One function of using modular design is cost reduction. This reduction is due to the need for less customization of units and in some cases saving the cost of lost time. Cost reductions are also found in the flexibility of the module and the ability to replace just the module and not an entire unit.
Modular design is found in everyday life. It is used in our computers through programs such as Microsoft Office. Computers also use modularity to make the computer manufacturing process more streamlined. Modular design is used in cars, telephones, and construction. The advantages of modularity make many processes in life much simpler. The ability of modularity to allow us to adapt to our environment and problems more quickly is perhaps the single most important affect it has on us.
Does it mean more modules a computer have, more functions it will have?
ReplyDeleteThis is an interesting topic, after the class, I still can’t understand the modular very clearly, but your article make me sense. I am surprise that the module has these useful ways.
ReplyDeleteThis is a good overview of the topic of modularity, but is not near as informative as it could be. Modular design definately reduces costs, makes repairs easier, and improves compatiibility among computers. However there are many more functions. I do like how the author goes beyond just computer examples and delves into other uses such as manufacturing and construction.
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