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ComputerAided_Design_Engineering_amp_Manufactur.pdf

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firms will be penalized for not training their managers. It might be speculated that the inability of<br />

management to truly understand the CAD system may create long-term compromises in the firm’s ability<br />

to find innovative ways of using CAD or in the ability of management to manage CAD workers effectively.<br />

Thus, de-skilling benefits in the short term may imply strategic costs in the long term.<br />

The results of this study further suggest that firms concerned with gaining specific competitive advantages<br />

through CAD can choose the method of training to achieve their goals. Clearly, firms that wish to<br />

leverage the de-skilling process should select more informal training techniques, while firms concerned<br />

with training all levels of the firm should opt for a more formal program. Thus, the choice of the training<br />

strategy becomes a deliberate decision aimed at achieving strategic objectives, rather than a predestined<br />

selection, determined only by the nature of the organizational structure.<br />

6.6 Conclusions<br />

The implementation of a new CAD system presents many issues which the firm must confront if the<br />

true potential of the system is to be realized. The discussion here provides general empirical support for<br />

the argument that the type of training program chosen by a firm is closely related to the organizational<br />

structure. For many firms, the choice of training program involves determining the best fit to the specific<br />

organizational structure, as well as considering the required level of resource commitment. The costbenefit<br />

analysis for a CAD system often focuses on financial requirements during the pre-adoption stage<br />

and on efficiently achieving the benefits of CAD during the implementation stage. De-skilling has been<br />

cited as one benefit that has financial implications for the firm as well as the potential to enhance value<br />

added by design work. These findings suggest that if firms are particularly concerned with benefits<br />

associated with the de-skilling process, then it might be in their best interest to use more informal methods<br />

to train their workers.<br />

One mechanistic firm in the s<strong>amp</strong>le adopted informal training methods in order to take advantage of<br />

the de-skilling process. It might be suggested that other mechanistic firms with similar goals alter their<br />

training format to do the same. By allowing for informal, less-constrained flows of information, these<br />

mechanistic firms might be able to achieve the same quality of CAD education that their organic<br />

counterparts seem to enjoy. Organic firms that are concerned with management training, on the other<br />

hand, might be advised to pursue more formal methods of educating CAD managers. As noted above,<br />

this training may promote the effective management of the CAD system as well as the development of<br />

a strategic vision for the use of CAD.<br />

Finally, the apparent difference between training programs for mechanistic and organic CAD firms<br />

suggests many interesting questions. For ex<strong>amp</strong>le, would it be advantageous for mechanistic firms to<br />

adopt more organic structures,<br />

at least in their CAD design groups, or is the simple adoption of different<br />

training methods enough? Is it ever cost-effective for a firm to use a hybrid training program consisting<br />

of both formal and informal methods, as this research seems to suggest? Are there other CAD training<br />

strategies which would emerge if the study were broadened to encompass different industries? These<br />

questions merit future research.<br />

References<br />

1. S. A. Abbas and A. Coultas, Skills and Knowledge Requirements for CAD/<br />

CAM in CAD/CAM, in<br />

Education and Training: Proceedings of the CAD ED 83 Conference, P. Arthur (Ed.), Anchor Press, 1984.<br />

2. P. S. Adler, CAD/CAM: Managerial Challenges and Research Issues, IEEE Trans. Eng. Mgmt. Vol. 36,<br />

No. 3, pp. 202–215, 1989.<br />

3. P. S. Adler, New Technologies, New Skills, California Management Review, Vol. 29, No. 1, pp. 9–28,<br />

1986.<br />

4. P. Attewell, The De-skilling Controversy, Work and Occupations, Vol. 14, No. 3, pp. 323–346, 1987.<br />

5. T. T. Baldwin and J. K. Ford, Transfer of Training: A Review and Directions for Future Research<br />

Personnel Psychology, Vol. 41, pp. 63–84, 1988.

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