Title page for ETD etd-040999-201108


Type of Document Dissertation
Author Bolt, Melesa Altizer
URN etd-040999-201108
Title The Social Cognitive Model for Computer Training: An Experimental Investigation
Degree PhD
Department Accounting and Information Systems
Advisory Committee
Advisor Name Title
Killough, Larry N. Committee Chair
Anderson, John C. Committee Member
Brinberg, David L. Committee Member
Brown, Robert M. Committee Member
Sen, Tarun K. Committee Member
Keywords
  • task complexity
  • self-efficacy
  • behavior modeling
  • CAI
  • social cognitive
Date of Defense 1999-02-12
Availability unrestricted
Abstract
The need to develop appropriate computer training techniques has led to an explosion of research in information systems. One of the most recent studies was conducted by Compeau and Higgins (1995) in which two training methods were examined in the context of Social Cognitive Learning Theory (Bandura, 1977, 1978). The training methods examined were traditional lecture-based training and behavior modeling.

Based on various anomalies found in the Compeau and Higgins study, this paper introduced a moderating variable, task complexity, into their model and also attempted to replicate their original experiment. This study also incorporated an additional training method, Computer Aided Instruction (CAI), which was examined in an experiment by Gist, Schwoerer, and Rosen (1989).

It was hypothesized that task complexity has a moderating effect on the relationships between behavior modeling and performance, between behavior modeling and self-efficacy, and between self-efficacy and performance. Finally, an empirical investigation was performed to determine the relative effectiveness of the three training methods examined.

To test these hypothesized relationships, an experiment was conducted that examined prior performance, self-efficacy, outcome expectations, and actual performance at two levels of task complexity for each of the three training methods.

The data were analyzed using a combination of multivariate and univariate analyses of variance and a structural equation modeling software package, AMOSĀ©. Five of the original nine hypotheses from the Compeau and Higgins study were fully supported; however, none of the task complexity and only one of the avoidance behavior hypotheses were supported. Possible causes of this lack of support were multi-dimensionality of constructs or the need to examine task dimensions other than complexity.

Relevant findings in this study included (1) a positive significant relationship between behavior modeling and final performance, (2) a positive significant relationship between prior performance and the endogenous constructs in the model: computer self-efficacy, outcome expectations, and final performance, and (3) a ranking of the three training methods in terms of effectiveness. Although behavior modeling produced the best performance results at all levels of task complexity, CAI was equally effective when the level of complexity was high. For low complexity tasks, however, CAI was the least effective method examined.

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