Development of a Dynamic Model of Quality Control Circles: A Case of ABC Packaging Company

  • Ijaz Yusuf University of Management and Technology, Pakistan.
  • Tahsfeen Mehmood Azhar University of Management and Technology, Pakistan.
Keywords: quality control circles, systems dynamics, computer simulation, employee involvement, project savings


Quality control circles are considered an effective tool in the organization to best utilize the potential of the workforce. The objective behind using quality control circles is to use employees’ brains to generate savings and create an impact on the bottom-line of the company. The framework of the quality control circles shown in Table 2 proposed the structured seven steps strategy to use the workforce's potential for continuous improvement in the organization. Companies confront multi-faceted issues and challenges in the operational processes and corporate excellence thus mainly depends upon the effective and efficient quality controls to overcome the product, process, machine, and material related issues that hamper the production efficiency, quality of the product, and overall productivity of the company. This paper attempts to develop the system dynamics model of quality control circles based on normalized data of the case company. Participation in quality control circles is voluntary in nature and passion to learn and improve is the intrinsic motivation for employees and organizations to join these circles. Employee involvement to participate and produce creative ideas in these circles is the key to the success of these quality-enhancing programs (Jerman et al. 2019) and model outcome depicts the same story. The quality control circle model indicates that a set of inter-related and interdependent skills and behaviors are a necessary condition to increase participation in the quality control circles and productivity of projects under consideration. The computer-based software STELLA is used for programming the model of quality control circles using the generic structures of the company under study. Underlying feedback structures and interactions among various variables makes the model closer to the real-life setting.

How to Cite
Yusuf, I., & Azhar, T. (2020). Development of a Dynamic Model of Quality Control Circles: A Case of ABC Packaging Company. Journal of Management and Research, 7(2), 288-323.