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Saeid Rezaei

Saeid Rezaei

Academic rank: Assistant Professor
ORCID: https://orcid.org/0000-0003-1362-7294
Education: PhD.
ScopusId: 56982653700
HIndex: 0/00
Faculty: Engineering
Address: Arak University
Phone: 32625734

Research

Title
Strategic supplier selection based on modified sandcone theory and alignment principle
Type
JournalPaper
Keywords
Strategic supplier selection, Performance measures, Sustainability, Modified sandcone theory, Alignment, Multi-stage screening algorithm
Year
2020
Journal Sustainable Production and Consumption
DOI
Researchers Saeid Rezaei

Abstract

With the momentous competition on gaining performance objectives and also increasing sustainability regulations rising from the social awareness, selection of the right suppliers meeting both targets within a strategic dimension is highly critical. Indeed, aligning the performance measures with the sustainability goals - representing the social responsibility of corporate - is considered a building block in today's environment. This paper presents a strategic triple-period supplier selection approach based on the consecutive phases of introduction, growth and maturity of a product supplied to the market. Toward this, we utilize a modified sandcone policy indicating the distinctive and also cumulative significances of the competitive priorities in the different periods. Meanwhile, minimum achievement levels are determined for both sustainability and performance measures by a governmental institution and a single manufacturer, respectively. Further, aiming at meeting both cumulative improvement and sustainable alignment, a multi-stage screening algorithm is utilized to evaluate and select suppliers at each period. This innovative solving methodology provides a mechanism where the final supplier is selected based on its current and former performances. The evaluation results show that the use of the cited heuristic method can help decision-makers to conduct preferable strategic relationships with the suppliers having a stable and satisfying performance.