PERFORMANCE EVALUATION OF PROJECT MANAGEMENT USING SYSTEM DYNAMIC APPROACH, CASE STUDY: THE EPCC LNG FILLING STATION CARGO DOCK PROJECT

Time delays are a common phenomenon in construction projects. The Engineering, Procurement, Construction, Commissioning (EPCC) LNG Filling Station Cargo Dock Project, the second company service in the technical service business segment in EPCC Project, was delayed by 8.98% at the end of the proje...

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Bibliographic Details
Main Author: Candra, Maulani
Format: Theses
Language:Indonesia
Subjects:
Online Access:https://digilib.itb.ac.id/gdl/view/59577
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Institution: Institut Teknologi Bandung
Language: Indonesia
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Summary:Time delays are a common phenomenon in construction projects. The Engineering, Procurement, Construction, Commissioning (EPCC) LNG Filling Station Cargo Dock Project, the second company service in the technical service business segment in EPCC Project, was delayed by 8.98% at the end of the project. Knowing the delay factors is important to get lessons learned from the project delays. There is a limitation to this study. First, this research only simulate the effect of delay factors on the project schedule in The EPCC LNG Filling Station Cargo Dock Project. Second, this research is relevant to the project in the author's company, other companies may have different policies, approaches, and procedures. Third, the project cost analysis is not conducted in this research. A system dynamic (SD) approach is proposed to simulate the interaction of delay factors to provide lesson learned and preventive actions. Due to the complex and dynamic behavior of the studied system, the overall dynamics of the effects of delay factors interactions on the project schedule are the main focus of this research. This study's contribution is to prove that the system dynamic model in the previous study can be used by improvising according to the delay factor of the project. This research proposes other comprehensive methods for evaluating delay factors. In this sense, there are many opportunities to extend this research and further verify the results obtained in this article. Further research is needed through the application of other projects. The immediate action plan should be defined to prevent the risks in the following company's project. From the simulation result, it can be concluded that the order of preventive mitigation that needed to be conducted are:the improvement in the procurement process should be conducted, resource planning of sub-contractors should be monitored, the incident should be minimized with construction monitoring and procedure, there should be a clause about late payment to the project owner, and prevent changing personnel to prevent learning curve.