ComputerAided_Design_Engineering_amp_Manufactur.pdf
ComputerAided_Design_Engineering_amp_Manufactur.pdf
ComputerAided_Design_Engineering_amp_Manufactur.pdf
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learn to master the new system. An acquisition budget that does not include these “soft” costs can cause<br />
financial problems for an adopter firm that hasn’t anticipated these expenses. Research has found that<br />
the underestimation of training and education expenses is a major reason for failure in CAD systems<br />
implementation. 3<br />
The underestimation of CAD costs has created situations in which the firm was<br />
overextended to the point it could no longer remain competitive; in some instances, the result was the<br />
demise of the business.<br />
A related issue is the extent to which training is offered throughout the firm. It is often critical to train<br />
employees besides those who are involved in design in order for the firm to truly understand and use<br />
the technology to its full potential. Ex<strong>amp</strong>les of such employees may include CAD supervisors, secretarial<br />
staff, and manufacturing employees. Sometimes a new system may be so radically different from the<br />
existing one that any employee who has the slightest contact with CAD should receive training. A recent<br />
survey of firms using CAD systems showed that 50% of all companies with CAD/CAM training provided<br />
training to a wide range of occupational groups, including all shop-floor staff and managers, materials<br />
management, repair and maintenance, manufacturing engineering, and, of course, design engineering. 29<br />
CAD systems were found to be so different from traditional design methods that workers who did not<br />
receive any CAD training were at a tremendous disadvantage when they came into contact with the<br />
system. Thus, the need for CAD training across many different work groups cannot be underestimated.<br />
It is critical that management accurately assess these needs and calculate the associated training costs<br />
before choosing to adopt a CAD system.<br />
Managers also need to factor training needs into the cost-benefit tradeoff. If the firm considers<br />
adopting a new CAD system that promises relatively modest benefits yet requires a great deal of employee<br />
training, it may be difficult to justify the new system. When the combined expense of the system and the<br />
training provides only incremental gains, managers may be wise to invest the money in more traditional<br />
manual methods. 36,42 On the other hand, firms experiencing market pressures such as changes in government<br />
or industrial standards, or customer demand for one-off products might need the system (and<br />
the associated training program) for survival. Thus, in such instances, the cost-benefit tradeoff is moot.<br />
Small firms provide special cases for each of the issues raised above. Because of the limited resource<br />
availability in smaller companies, the issues often represent tighter constraints than those placed upon<br />
larger companies. For ex<strong>amp</strong>le, smaller firms frequently do not have the slack resources to provide a<br />
“buffer” for employees to learn the new technologies. As a result, the loss of productivity and the required<br />
training period that frequently accompany switching to a new technology create a loss of revenue that<br />
small firms may find difficult to overcome. 16,29,42 Small firms are also hurt by the high price of CAD<br />
equipment, which may consume a significant portion of their available funds, and limit their ability to<br />
develop an appropriate training program. These problems would seem to imply that the size of the firm<br />
determines of successful CAD use and should be considered in the pre-adoption decision. However, there<br />
are multitudes of small firms that have successfully implemented CAD systems and are doing very well<br />
financially.<br />
Implementation Issues<br />
Implementation issues are those confronted by the firm after it is already committed to the new technology.<br />
The main concern of training issues associated with the implementation process is how to most efficiently<br />
and effectively develop the workforce so that the system achieves its maximum potential. Some of the training<br />
issues associated with implementation are similar to the pre-adoption issues discussed above, while many<br />
issues are completely different. In the implementation phase, training issues involve not only the financial<br />
cost implied by a particular training strategy but also consideration of the effectiveness of the training<br />
methods, the development of desired skill sets, and the extent to which the value of design work has been<br />
enhanced through de-skilling. The training strategy involves a pattern of decisions regarding: (1) identity of<br />
the workers to be trained; (2) extent to which management will be trained; (3) location of the training<br />
sessions; (4) selection of the trainer; (5) timing of the training relative to installation; and (6) training methods<br />
employed. The issues inherent in a training strategy are discussed below.