Potential Fit between Geotechnical Tasks and Mobile Computing Technologies

Abstract

Trend of rapid pace in earthworks has forced geotechnical laboratories to increase their productivity and performance at organizational as well as at individual level. Though geotechnical work involves numerous mobile work processes but the true potential of rapidly growing mobile computing technologies (MCT) has not yet been effectively exploited mainly due to lack of realization of a potential match between features of this specific technological paradigm and major task requirements. To fill this gap, this study investigated and characterized salient task characteristics and features of MCT. Based on the theory of task-technology fit (TTF), an initial conceptual model is proposed which reflects hypothesized relationships for finding a fit between task and technology and consequently assessing its impact on performance of geotechnical field workers. This paper contributes to the knowledge pool of information system through development of an adapted TTF model in geotechnical mobile work context. Lastly, future research plan of using quantitative methodology for finding empirical support of this conceptual model is presented.

Integrating Communication and Task–Technology Fit Theories: The Adoption of Digital Media in Learning

“…Additionally, the task-technology fit theory directly affects the implementation of electronic learning systems before indirectly influencing such systems [27]. When extending the task-technology fit theory to portable information systems, consumer mobility demands must be taken into account [28]. A technology must be suitable for the task at hand in order to be used; in a wireless environment, this entails the usage of location information [29].…”