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„‚ CONDITIONS THAT HINDER EFFECTIVE COMMUNICATION

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work in both areas, and separating products from their service components is seldom<br />

easy. Common definitions of quality include the following elements (Smith, 1995a):<br />

1. Conformance to standards represents the degree to which a service or product<br />

complies with a predetermined set of standards. Examples could be a specific<br />

numeric standard, such as “Three or Four Sigma” or “zero defects.” A<br />

descriptive standard could be a customer’s definition of “high quality.”<br />

Standards may originate with the developer, supplier, or vendor or be a one-of-akind<br />

prototype.<br />

2. Timeliness means that the customer does not have to wait for goods or services.<br />

3. Fitness for use could either imply (in descriptive terms) or specify (in numeric<br />

terms) a product’s or service’s convenience, availability, or durability.<br />

4. Value in the marketplace is a bottom-line standard for acceptance. Customers<br />

and competitors are the ultimate judges of value or overall usefulness.<br />

5. Quality is also based on perceptions and expectations, as “in the eye of the<br />

beholder” implies. Customers define quality by value, cost, and by their own<br />

gradually increasing standards for quality and service.<br />

Standards<br />

Standards for quality may be outlined in key-result areas and also specified in mission or<br />

vision statements. They may also be incorporated into the strategic plans of the<br />

organization.<br />

A common numeric term used to express quality standards is the number of defects<br />

or errors per total number of units produced, like one defect per hundred thousand units.<br />

Motorola’s Six Sigma, or three errors per million, is a longstanding, well-known<br />

standard. The Six Sigma level is one way to express literally hundreds of elements of<br />

vital numeric and descriptive information in the entire flow of a manufacturing process<br />

(Smith, 1996).<br />

Numeric end-result or output variables used to represent standards are relatively<br />

easy to understand and communicate to others. Using numbers to make comparisons<br />

over varying period of time, like months or years, is standard operating procedure.<br />

For instance, customer satisfaction is measured in percentage points: 98- or 99- or<br />

100-percent satisfaction The type of industry often dictates the type of quality measure.<br />

Service industries usually relate to customer or end-user satisfaction. Product-based<br />

industries often use ratios of scrap or waste or damaged units to total number of units<br />

produced.<br />

Once people understand quality and what it means in terms of their jobs, they can<br />

gradually develop expectations and standards for quality in their work. These same<br />

expectations and standards extend to the work of others and to the overall quality of<br />

services and products. Quality cannot be judged without uniform baselines or realistic,<br />

carefully developed standards. Increasingly, standards are set by discerning, demanding<br />

customers.<br />

454 ❘❚<br />

The Pfeiffer Library Volume 6, 2nd Edition. Copyright ©1998 Jossey-Bass/Pfeiffer

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