Proposed Geometric Model for Measuring Total Quality Principles and their Role in Promoting Sustainable Manufacturing: A Case Study at Al-Kufa Cement Factory

Authors

  • Ghassan Hammadi Ali Electricity Directorate
  • Hawraa Sahib Abed University of Kufa, College of Administration and Economics, Iraq
  • Ibtisan Adnan Faraj University of Kufa/Faculty of Management and Economics

Keywords:

Total Quality Management concepts, sustainable production, the Al-Kufa Cement Plant are key terms

Abstract

The present study aims to determine and assess the effects of implementing TQM principles on enhancing sustainable manufacturing, encompassing three dimensions of sustainable manufacturing and seven key aspects of TQM. The research question that emerged was whether it was crucial to construct and test a model that combined these two principles of the modern industrial workplace. The Kufa Cement Factory was selected as the study site, with a research population of 144 workers. We sent out 120 questionnaires, and 116 were returned with the necessary information to be utilized. The study employed descriptive, analytical, and quantitative methods, with SEM (AMOS V.26) serving as the primary statistical tool, and reliability and descriptive analysis were conducted using SPSS V.26. The statistical results confirmed the strong and significant influence of TQM principles on sustainable manufacturing. However, there were shortages in the dimensions of process management implementation and information and analysis, as interest in the economic dimension was the least favorable. The most vital recommendation is to implement a comprehensive program of digital transformation to address issues with administrative and operational readiness, and to enhance long-term economic performance through data-driven improvements. 

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Published

2025-11-10

How to Cite

Proposed Geometric Model for Measuring Total Quality Principles and their Role in Promoting Sustainable Manufacturing: A Case Study at Al-Kufa Cement Factory. (2025). American Journal of Engineering , Mechanics and Architecture (2993-2637), 3(11), 14-38. https://mail.grnjournal.us/index.php/AJEMA/article/view/8607