Mahdi Rezaei - University of Qom
ali salmasnia - Department of Industrial Engineering, Faculty of Engineering, University of Qom Iran
Mohammad Reza Maleki - Industrial Engineering Group Golpayegan College of Engineering, Isfahan University of Technology

This article develops an integrated model of transmitting strategies and operational activities to enhance the efficiency of supply chain management. As the second objective, this paper aims to improve supply chain performance management (SCPM) by employing proper decision-making approaches. The proposed model optimizes the performance indicator based on SCOR metrics. A process-based method is utilized for high-level decisions, while a mathematical programming method is proposed for low-level decisions. The suggested operational model takes some major supply chain properties such as multiple suppliers, multiple plants, multiple materials, and multiple produced items over several time periods into account. To solve the operational multi-objective optimization model, a goal programming approach is applied. The computational results are explained in terms of a numerical example, and a sensitivity analysis is performed to investigate how the performance of the supply chain is influenced by strategic scenario planning.

Decision Alignment, Supply Chain Management, Performance Measurement, Goal Programing, SCOR Model, Decision alignment, Multi objective