Cognitia : International Engineering Journal
Vol. 1 No. 3 (2025): Cognitia : International Engineering Journal

An Evaluation of Supply Chain Reliability Strategies in the Garment Industry Based on the SCOR 14.0 Racetrack Framework

Fole, Asrul (Unknown)
Alisyahbana, Takdir (Unknown)
Safutra, Nur Ihwan (Unknown)
Muh. Ridzwan (Unknown)
Alifah Dwi Wulandari Putri (Unknown)



Article Info

Publish Date
03 Dec 2025

Abstract

This study presents an evaluation of supply chain reliability strategies in the garment industry by utilizing the SCOR 14.0 Racetrack Framework. The research was conducted at Raja Konveksi Kaos Makassar, a garment manufacturing company that has encountered recurring issues related to delayed deliveries, inaccurate order documentation, and poor product conditions upon customer receipt. To identify the underlying causes, a Fishbone Diagram was employed for structured root cause analysis. Based on the insights gained, a portfolio of ten improvement projects was formulated, adopting best practices outlined by the Association for Supply Chain Management (ASCM). These projects were classified according to SCOR process categories and then prioritized using a Prioritization Matrix to ensure alignment with organizational goals and resource allocation. Each prioritized project was executed using a Project Charter approach, supported by a Gantt Chart to track implementation timelines and manage activities efficiently. The evaluation phase indicated significant improvements in key SCOR reliability metrics: RL.3.3 improved by 9.23%, RL.3.5 by 2.07%, and RL.3.10 by 3.54%. These results demonstrate that the implemented strategies effectively enhanced supply chain reliability, operational performance, and service quality. Overall, this study affirms the value of the SCOR 14.0 Racetrack Framework as a practical and data-driven tool for evaluating and improving supply chain reliability in the garment industry, offering relevant insights for both academics and practitioners.

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Journal Info

Abbrev

ciej

Publisher

Subject

Automotive Engineering Chemical Engineering, Chemistry & Bioengineering Civil Engineering, Building, Construction & Architecture Control & Systems Engineering Electrical & Electronics Engineering Engineering Industrial & Manufacturing Engineering Mechanical Engineering Transportation

Description

✨ Mechanical Engineering and Materials Science ✨ Electrical and Electronics Engineering ✨ Civil and Structural Engineering ✨ Chemical and Process Engineering ✨ Environmental Engineering and Sustainable Technologies ✨ Industrial Engineering and Management ✨ Renewable Energy and Power ...