High-Level Risk Analysis in the Construction Project of RSUD Dr. H. Slamet Martodirdjo in Pamekasan
DOI:
https://doi.org/10.59888/ajosh.v3i7.544Keywords:
Risk Management, Construction Project, Probability and Impact Matrix, Risk MitigationAbstract
The construction of the Regional General Hospital Dr. H. Slamet Martodirdjo in Pamekasan Regency faces several challenges, particularly concerning high-level risks that may impact project success. This study aims to identify and analyze major risks affecting project completion and propose effective mitigation strategies. Using a survey method, data were collected from key stakeholders and processed using the Severity Index and Probability and Impact Matrix to assess risk levels. The findings identified 25 potential risks, with eight categorized as high-level risks: implementation method errors, difficulties in installing cross foundations, delays in critical path tasks, late material procurement, labor shortages, non-compliance with occupational safety regulations, lack of teamwork among workers, and adverse weather conditions. These risks significantly impact the project timeline, budget, and overall quality. The study also reveals that poor coordination among stakeholders, inefficient risk management practices, and regulatory constraints contribute to project delays. To mitigate these risks, strategic planning, improved procurement management, workforce training, and strict adherence to occupational safety regulations are recommended. Additionally, the adoption of technology-driven solutions, such as digital monitoring systems and e-procurement platforms, can enhance project oversight and efficiency. By implementing a systematic risk management framework, construction projects can minimize potential disruptions, ensure timely project delivery, and maintain cost efficiency. The findings of this study provide valuable insights for project managers, contractors, and policymakers in the construction industry, particularly for large-scale healthcare infrastructure projects. A proactive risk mitigation approach is essential to achieving successful project execution and sustainable infrastructure development.
References
Reference
Abraham, H. (2016). Analysis Of Factors Affecting The Performance Of Construction Project Implementation Time In Surabaya Region. Journal Of Civil Engineering Engineering, 3 (3), 55 -63.
Dr. Masri Singarimbun Sofian Efendi. (2006). Survey Research Methods. Jakarta, Lp3es.
Gunawan, J., Andi, & Surono, W. (2015). Identification And Allocation Of Risks In Superblock Project In Surabaya. Journal Of Dimensi Pratama Civil Engineering, 4(2), 1 - 8.
Imam Soeharto. (2001). Project Management From Conceptual To Operational. Erlangga. Jakarta, 1-353.
Kerzner, 2006. Project Management, A System Approach To Planning, Scheduling, And Controlling. Ninth Ed. John Wiley & Sons, Inc. Usa.
Kustiyahningsih, Y., Islam, I., Khotimah, B. K., & Purnama, J. (2023). Sentiment Analysis For Indonesian Salt Policy Using Naïve Bayes And Information Gain Methods.
M. Hendra Aulia Rahman, Hanie Teki Tjendani (2022). Risk Identification Of Highrise Building Project Construction Implementation At Grand Dafam Signature Hotel Yogyakarta.Paduraksa,11:2, 177-185.
Perspectives, R. (1999). To. April, 101-108.
Pmi. (2017), A Guide To The Project Management Body Of Knowledge (Pmbok Guide) - Sixth Edition. Project Management Institute, Inc.
Rakasyiwi, G. R., Witjaksana, B., & Tjendani, H. T. (2022). Project Scheduling Analysis Using The Critical Path Method-Case Study: Subsidized House Construction Project In Hill Mulya Housing, Samarinda City. International Journal On Advanced Technology, Engineering, And Information System, 1(4), 73-88.
Sabir, H. (2021). Risk Analysis On Provincial Road Construction Projects In West Sumatra Province.
Siswanto, A., & Salim, M. (2019). Construction Services Procurement Project Management With E-Procurement View Project International Journal Of Civil Engineering And Technology View Project (Issue June).
Subandiyah Azis, Edi Hargono D Putranto, N. S. (2018). Risk Factors For Failure To Achieve Project Goals On Time And Quality In The Construction Of Bridge Projects In Probolinggo Regency. Infomanpro Civil Engineering Journal, 7(1), 25-36.
Supriyadi, B., & Muntohar, A. S. (2007). Bridges (First Edition). 1-244.
Wiryodiningrat, Prijono, Et.Al (1997), Iso 9000 For Contractors, Gramedia, Jakarta.
Yuli Maria Lyanawati, Lalu Mulyadi, & Lies K. Wulandari. (2022). Analysis Of Contractor Performance On The Quality Of Road Improvement Projects In Probolinggo Regency. Infomanpro, 11(2), 32-45.
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