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The supply chain is also a significant aspect in project infrastructure because almost all activities in it are included in the supply chain. Good supply chain management have a positive impact on the construction projects development. The way to determine the condition of the supply chain in construction is by measuring the supply chain performance. This research was conducted on The Sikatak Bridge construction project in Indonesia. The several constraints that occur are changing the pillar body design that make having a more time to finish, delaying in material delivery, and the bad weather conditions. Based on those problems, performance assessment can be done using the Supply Chain Operation Reference (SCOR) method. The result of the study is there are 10 indicators of supply chain performance assessment and in this study uses only four indicators because the determination of indicators is based on the needs of the project and project data actual. The indicators used in this study are Perfect Order Fulfillment (POF), Total Supply chain Management Cost (TSCM), Cost of Goods Sold (COGS), and Return on Supply chain Fixed Cost (ROF). [ABSTRACT FROM AUTHOR]

The objective of this study is using the Analytical Hierarchy Process (AHP) method to determine the value of supply chain performance in the Sikatak bridge construction project and provide recommendations for improvements to the Sikatak Bridge construction project. The AHP provided are accurate performance assessment on the Sikatak Bridge construction project is expected to facilitate the existing SCM process. Therefore, the effectiveness of the supply chain on the project is increasing. The results of this study are based on monitoring system of supply chain performance, this value belongs to the average index or average. There are two indicators that need to be improved from the four indicators used, namely ROF and TSCM. The strategy that can be done to increase the value of ROF and TSCM is to ensure that the process plan or project development planning is carried out optimally so as to produce optimum costs, which will benefit both the contractor and the owner. [ABSTRACT FROM AUTHOR]