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Institutionalizing enterprise resource planning in the Saudi steel industry: A punctuated socio-technical analysis

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Journal of Information Technology

Abstract

In this article, we analyze institutionalization as a process of transferring and stabilizing material artifacts and routines in the form of enterprise resource planning (ERP) systems. Although past studies have analyzed institutionalization as structuring around scripts or discourse moves, we emphasize the material role of artifacts and routines as carriers of institutional logics. In addition, insitutionalization is not linear and incremental, but goes through sudden, nonlinear disruptions. To this end, we apply punctuated socio-technical information system change (PSIC) model that draws upon Gersick's model of change to identify and trace moves that are critical during the institutionalization. The model accounts for ERP institutionalization by chronicling complex interactions between socio-technical elements in the implementation system, the work system, and organizational and environmental context which together account for the institutionalization outcome. We use the model to analyze a longitudinal case covering 11 years (1993–2004) of ERP implementation processes in a large Saudi steel firm. Our analysis shows that the proposed material and punctuated lens toward institutionalization offers rich insights how and why ERP systems become institutions and why their institutionalization is difficult and unfolds in unpredictable ways. We conclude that the normally held assumptions of successful linear and incremental adaptation to new institutional patterns logics out by ERP systems do not hold.

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Notes

  1. Although some scholars distinguish between factor and process approaches (Mohr, 1982), others such as Sabherwal and Robey (1995) and Brown and Eisenhardt (1997) have combined them and seen them complementary (Newman and Robey, 1992) (for institutional theory, see, e.g. Phillips et al., 2004). Langley (1999) argued that organizational research is a mixture of both and their separation can be considered to be more a difference in the theoretical emphasis rather than in the empirical demands.

  2. The socio-technical model has been used in the past to understand project risks (Lyytinen et al., 1998) and project dynamics (Lyytinen and Newman, 2008). The model has been criticized for focusing solely on static structures and to ignore the environment, and to suffer from a clear distinction between the model components. The model is attractive here due to its simplicity, encompassing classification criteria, and extensiveness.

  3. In the IS literature, this is denoted as user resistance either explicitly (e.g. physical damage to the system) or implicitly (e.g. performing an inaccurate task) to inhibit change and support equilibrium (Hirschheim et al., 1991) and (Sabherwal and Newman, 2003).

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Appendices

Appendix A

Interview timetable and participants

See Table A1.

Table a1 A summary of the interviews conducted at HADEED

Appendix B

A sample of detailed analysis for the events in the process diagram

The ultimate goal for HADEED employees was to accomplish their daily activities and get the work done using a variety of disjointed technologies, countless paper, and manual work processes. Every employee's outcome had to be printed out in hard copies and sent to another employee who uses such output as input and feeds the system again. Therefore, there were growing gaps in between the four socio-technical components that leave HADEED in an unbalanced state.

HADEED was in a stable (Eq1) state of performing normal activities until the IT manager proposed the change (DisEq1). The need was generated by external forces, such as the Y2K problem, and outside competition that HADEED was facing in both the Saudi and international markets. However, the need for change was mainly encouraged by a general lack of support for the PRIME system. The system representative in Saudi Arabia provided poor services and some of the system hardware providers have gone out of business. In addition, internally, HADEED was planning to build another new factory called HADDED-2 Flat Product, which needed an appropriate technology. All previous external and internal (hybrid) forces were interpreted as positive because they were forcing HADEED from a crisis situation toward a better one (Figure B1).

Figure B1
figure 8

Antecedent conditions.

The IT manager submitted by the end of 1989 a proposal to HADEED top management level describing HADEED's current and future situation. HADEED top management realized the problem and supported the process further by establishing a project team to look for a new system.

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Lyytinen, K., Newman, M. & Al-Muharfi, AR. Institutionalizing enterprise resource planning in the Saudi steel industry: A punctuated socio-technical analysis. J Inf Technol 24, 286–304 (2009). https://doi.org/10.1057/jit.2009.14

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